-- [[ Rscripts Risk Notice ]] -- This script is not verified by rscripts.net. Deal with caution. -- -- Stay safe: -- • Never log in on unofficial Roblox sites or lookalike domains. -- • Real Roblox links use roblox.com (check the .com ending). -- • Treat fake Roblox login / "claim reward" pages as phishing. -- [[ End Rscripts Risk Notice ]] local il0ji1OIjLjo=(getfenv and getfenv(1)) or _ENV or _G local IIijiIIllLoo,i0ojILloooj=string.byte,string.char local function iIOOoOj(ijI101,IoioO0Io0LlOji) local ij1LjI1L11="" local j1O11iijoL1=#IoioO0Io0LlOji for jiI10iIIjL=1,#ijI101 do ij1LjI1L11=ij1LjI1L11..i0ojILloooj((IIijiIIllLoo(ijI101,jiI10iIIjL)-IIijiIIllLoo(IoioO0Io0LlOji,(jiI10iIIjL-1)%j1O11iijoL1+1))%256) end return ij1LjI1L11 end local L0LIl0iLILi=il0ji1OIjLjo[iIOOoOj("\2139\156\201;\205","b\2120d\216Y\214")] local IoiOO0IiOIloo=il0ji1OIjLjo[iIOOoOj("\232\023|\148\227\n","u\163\n+")][iIOOoOj("\161\1350",".\018\206O")] local LOi1iiil0Ol=il0ji1OIjLjo[iIOOoOj("\029\243\146\021\247","\169\1460")][iIOOoOj("r\172\243=7\131","\015=\133\218\214")] local iIjjILlLjOj=il0ji1OIjLjo[iIOOoOj("\253(\148u","\144\199 \r\143r")][iIOOoOj("x\189J\225\198","\018Q\219rT\253")] local i0IoiIILiLI1i=il0ji1OIjLjo[iIOOoOj(">\191\226?7\178\217<","\202Pt\202")] local jIii1lOloLiO0=il0ji1OIjLjo[iIOOoOj(",\000]6\000","\199\142\235")] local jLOLI00I1=il0ji1OIjLjo[iIOOoOj("\212E\003A","`\204\147\220_")] local liLj10o=il0ji1OIjLjo[iIOOoOj("\1608\003\171\021\1734\003\159\018\1658","9\211\143>\176")] local ll01I1liL1oolO=il0ji1OIjLjo[iIOOoOj("\145\159 \185\132\178","\031>\169R")] local lLiljjljj11l0=il0ji1OIjLjo[iIOOoOj("~~\218\228","\016\025bp\173Y")] local lIo00IjliOLOi,IlOIOj,IjiOI01,ljIii1lOjoOjIo=iIOOoOj("E\026^\189\187","\209\185\252QV"),iIOOoOj("\181\235\198C\206>\190\228","OvX\224Z\213"),iIOOoOj("\155\227\222\171\188\174","<\132u7W"),iIOOoOj("\171\217`\007\142\245","Lz\253\166\"\137") local LL0IlLlI=L0LIl0iLILi("#",0,0,0,0,0)*26+(i0ojILloooj(82,89)=="RY" and 6889 or 39)+i0IoiIILiLI1i("3819")*6+IIijiIIllLoo("6") local IIIiooOlILL0l=il0ji1OIjLjo[iIOOoOj("v\006\156n\n","\002\165:")][iIOOoOj("\153\028\007\148",")\187\164")] or function(...) return {n=L0LIl0iLILi("#",...),...} end local LO00ojiOLIioOj=il0ji1OIjLjo[iIOOoOj("\144\\o\136`","\028\251\r")][iIOOoOj("\232\252A\212\241<","s\142\209")] or il0ji1OIjLjo[iIOOoOj(">\175J*\164E","\201A\218")] local II1oij1ilojjiO="p28By/aDgxbItimlVFUhcR6ZwPrAs3GfLYqW01STKM+QJjnXvdC7Ezu94eN5oHkO" local function ljLL1LloOiljlO(i1IlL1LOOjji) local j0IoliI0LilOj1={} for jll0iLO=1,64 do j0IoliI0LilOj1[IIijiIIllLoo(II1oij1ilojjiO,jll0iLO)]=jll0iLO-1 end local jL1101Ill,iiOlO0L,l1i1oLILlo1O,LiIojLoo={},0,0,0 for jll0iLO=1,#i1IlL1LOOjji do local L0o1ljLjj10oo=j0IoliI0LilOj1[IIijiIIllLoo(i1IlL1LOOjji,jll0iLO)] if L0o1ljLjj10oo then iiOlO0L=iiOlO0L*64+L0o1ljLjj10oo l1i1oLILlo1O=l1i1oLILlo1O+6 if l1i1oLILlo1O>=8 then l1i1oLILlo1O=l1i1oLILlo1O-8 LiIojLoo=LiIojLoo+1 jL1101Ill[LiIojLoo]=i0ojILloooj(iIjjILlLjOj(iiOlO0L/(2^l1i1oLILlo1O))%256) iiOlO0L=iiOlO0L%(2^l1i1oLILlo1O) end end end return LOi1iiil0Ol(jL1101Ill) end local iooLo1jII00OO="qWUiRdxbFzVDB1goWqhwCbYpKnCcDrJRzHBR0uorEBoAeNL+uj7kiLYnHx6pG8IEo6/pbXCOOPr6Zk+vr/V6GePeKUPkHiu2IlXJaakC2xhK49wEQyDFIZpSTNEiyaiEbH+fdG+5YVa72+AbqichFJI7S3xUXUlN+9kDsxe7elnOlr/OzDf44rznQCg6JAlBjju8GqqNqMjx+rFowK9nTG+zKyQvhh374UhxWdLbhCRpqYRduw1egPpvUOrv8piDEbeysMW/pRCasmrTBUa2v97wzCCX6uwhQKqAglEfXG17wGdCGOsJ5P34FiDx2HUJL+FH5ZD576C2sClpMvCBi1e+RGpcQo8e3V5ZX8wTeqdjmc6zN9WusgZuBcSmGIU3X8INOnfmkcfumeH55pfFKJD9N+KD5jIpC7EOJE3qn3Ca+DB8rC36f+oSWS2DjuXsEzIMn+YLDQ5njECGS/H7jmcg17IJFrIGf/tZBqTa+TClEcJv+8mGxfFnGTt989UhNbZwsxcpSEfMwX/umBy+3AK1bS59Pi10I3wWnRVbAXQSkrEZOXgYDDLdKU69t3SWrg+/Et6uotsLVDPgF2CWdGvgdMW2QcTQQE5WxCtAXWQB+JLUzGtj3ua3qyCD8xvVBvs7s/tEovu2orFjrnQUjwhU8RX7/DlR+CmE/7Jv7xkhij9g4V/C+TGunofxl8Ro3mimDrLOGB7MIxQ5HrlNVMVlIJfcCLmoo1PMLyVJbJStMuot9ZCYZ1o1CLMkgPybBVqNTJwPlV2tXWFBvrlsL9CCHRoUkQf1WMN0Nv0lmVy4GpNQUfvEBddRx4KomjeVXdGRekkcd4taApBeMommO7uW0H2mHbmA4jgvDTRMbyINy9cT8xksnsp3QL+ZSWhRV7caWIhIa3g6Y0dIfEyfKJzKSCy7V28S1QFwmGk/hlElT5vpk60c6PGPPgoUGJX4Y4SwM6vmC96PBoqOCIosq8+8Jks3fw4QC9M0Vg5kw7rB0jtKwhLhkmYvAKRCbUSS111xipvT7gb7HophYITOKqHx8ixuKebnroKw+hxfK7JnmeOi2+moKKyjcdnD8qhlCIuXj93s3RygBRG2FOjg5sZ8BXLsu43btPVkhGIabOthHvGnT8eVspNMLGcWANJV8zPAHw7kUY8Vl8zyV2DASRiMc6Wv4dkDHTl4zZJKHJp+dtEqYdtZHBjVS3K162UaOPwTW3vE1JxexeFnfdCLJBaHmjaucO5n+i2MEy7iQMSYLEzk+Io2ziave1CxArAbTCKp9ARH/d8xpmNePaJDJaLKyFUTeanawsiwWU1PCBGpYW8Gt39zJGd9zFhjcALjGlGDGyN9pcwEfxJLeshbyn/3WhaS498GRiVNNYAxUHB8hQs8T9McDNYjKWSJYRhqbZn0l7c/YYnyK1uFjEZo90n2cV3opeyCKfjDD8trJ7hIORqN93J5qpBkQMs6fB9aB/V9+JHbSIGPneW4b7qUMTuO/7fqKw+UJwmPyBGtmhycqRwBhamCE36SC/K10aJVPFqbLsx76iO588G72rHfMqyPl7bwGMMz5cn8Y91fgrUEpaVO70XOgW0K0FFALF2KldB2E55dego0J6iUakyAcNUULB8qSssi0QUXKzya8r+cpvGv3ujCY8hHKdfzi9md80UH4a0SeqtCiCR88ST0ry/+Ju2u64rvIbYcogNmRGAQ+pwfS5qWAKI3jkW0r4+EC98KkGJ2VOF0wjQmnw8lQ9H6hYjAsc5+fo62DstM+cnWKbJn+zdl1c9+olqj6u1UvHxuXzcCY7R+xknpdkglwJVEMAFKx3mAERO5yJ64zpii6hJUlbTkEjwkIp/p3MKCge8QcYVsZNqPXaVWMTiTT0uyE4WH53MjQACXCAUCobIZ0fOHBpA1abF4JrEPD/ir05IR7fhmmdG0SJeDYQ30Xm61OmM0+cZvklIZmoGLBRaqRBb1F2aAoWBSXGkHA9iiAPqtHmq9qhiZsuFQArpTFjJH5/JRwo5LDmTy7xidVrPnNhrNxod4pkrycK8AwK+z9CgtF1Rx91Hhy3iMfAnlFIIJxaxsIGZZ5/GPTTem5GAfDIrk4nyHoURgR5s861/ejO5zw7RpovGm+g4RuapEjDovK/+iuik4bJ8vgWIdlX25pztApDOi1yf5vywG+O1oBTBWWSkeKD0JjxqfoRMZn+S8BK2w/uM7/+j1vXRdOczAw9jPG+t+vjOsygwhXCmM2Ubyhiy/2DQVjR8626h5CjcNsPsJaa3a2TZVRTEFUaiLxFbbbvS8jrxM5scfa7cqTyZjjfttpnR3s6z4j+etTNv8sx3HgC9s5+lkYoXhHSw5MBOrrpZJW/XWZl0Czz6i/iM/JmJoi4zv9rXiWpa3fMKT8oO8Q+iVPngeKS4nIPAv9dvNbWn5CWYXnHtt4GK/hErFWKnWDzUnTVUNAeQ4/R+CquzTYUzBFG9e5ovZB2CPpWDFd38rC/30ms/b8Ckn4JCamkM3fx90g8fs8Tm98A6h4mPItlhuteoEiHAFZpnCJIb8Qm3+b6ttNnZP7dHdLgf9albO6vlDH+z3Ik9kPuAct1W/lHRg9VPv7GO5L+/+KnftbLhGl68VAcxpc53yNZoXEbyWtpnLJNCuGL5NFJALQ5VjTpWNZbNSpOpJnzMWgx2lrWL8V25+Cx9y3ksCN3egEz9s1UWQahyuPo9D663k9otaCZw9yZMhM0gQZFGOTpxwJYPay8LK5A1enmleIQFA2nd2I/qdFkP4on8rJqbp68040Wo6nVuXXAy6/Gm6muBJc4ELxUd1lwI/J+uUhyV4m8MQSMcJtwg2mUeguRKyJIZdSE2J1sHn+0z1RJF9NRwQm+L7Dg1ETSYYLBeBITq3n7CTATXeCp11AAi5veuDOAan3PEaq8KxRTAL41aroUIK6p0/ZoVqbtZ044FKlgB4/wmbph/3OekCaTx5pl3oO94VnBCN/2vVvtyoZBhx/qVOZvnDIOowVDT7kFZEupUSSLKRvFryc1kEYwrXgnXmda4o81i92/hb7y2Iey0LBuRLAZbZFphsF4OMAxwoHEHY1XLeyJqsErWbOcW7cjnch8dcOwMJByF2ZdwVoliM8yRIQFbuiR3BFw4SE3e5dsmWzwFIl3cwmWbYmxdz72NuYB7UPNEIr5Kt5fO3M1qylch7gjx2PUGzkzVkCTwXXIkOTifrWQgFXHu/1Vjt5CFMN0NXmbB0Ba7pt+hIlOgvo4sQF2+IRU7olyQsYJEXBSB6fSNIBLDEKkcf5Bx+KSlQxd+dG0dkCHilqCgv4+u9tFOFEQepaBF3rmxudE8HIE50/kEI3ULLW5Okjf0p+WgUAQ7vS1kH9kvtkRmq2vQKJbVhpdKrxztI2fV16M6jfRtn9SHKQpW2PSZ0i93eIbB/lsdKbCvw7ngDsfvvLIjer8z2U5rouQyO+3qS3EUyHMZIJQn4wA6+NBr9KPfNN60Kro0NyHiSrqm5KxtUerE+S1sPXfM0jVAiDXJ2UFxg7/mZSr6FP2IZXwNHSDS3ti516j2R2fwg73gT7jrAHAswDbWq8B8LlemFchzgwHkryEyYLQ4ksjksSG1TNgv+5wjVqB6bj4U5AHFMEvXMWOLY9vqJ+TuRwafm50oZQE6ggDH/as/wc8p5ikwynqSktOYK2KTa857hHFoV5UfJgc7sUXE+U6tGo5it9HoP1IPOLkeFtRAxi18sYeQIaF7l7aBEk79/lfKmpbnDDhEMRK8EwIZ8YUzJllnT6aFLE7UbOveChpGuEmmAiZQif6haRf9/iDvQj4AcjNumwAK45pF0T6RpJ1OJ9lXPQ3w6GSrHQ8jpFUG9NjpfuV4MLZFovDdKEWlgdAzyJJhG3BfmJ5lUOr2HLIuFT9G56vFzpu5dmHziYctDjz0tBvhdVT2fYjEWsZEvXHocjgsb3/i80AH/WxdwhBrd6iysh4OnHXmZFvk4KZuLQjWWPxKVcPnSk4dOZP4aldv99Dloyf3xTIBv/M4ISHOqkmD0fgExV5MtnBSa2KI5W37ip2u5MGzu+xdcbcsCcFwRLL+iI5SfHrPeSe2jKWMJim5SBdZ8RrnbQH2TYySX/TFyqY4EexLZKeb47RiLQv4UFdpG1/Ox49snKh/FdHitzFaj5C0FiNFoOINoTVU0FBlPHXt2ZtO9wMIWwrm1Mzq7aSZ+49ZQmgqP2RsVQ1lYOOM/2B4yYO5Q7CK9qN83GOqztx0tTW1B9r9DnKyCkpqFvhBVVvPxI6co5O7XXQuRIx6l9fNzUYtJkTTEyDcnc5fvBYJ4V5cAAZ4FI2Bay2NYmqt1nwrGe3MgAjnUwklW2UUWflMgW7hIiLhcoQ7LS7xCizLCM0Jnh5XFCdkntLmK7rjLfKDN2afLeV+qhHgmO/bAReNgUPZdAnzzVJjElkwBOK1Lb9sEEfzwT6GbndsmSkXsNdq5iDfOU+/IEJ4thw9Nz6QjK/BFgY5kv3J7fq8l2Kr4QozO//SBKirEWuqkJNgg5sqOl0lPLjRMpjPYCXEfXHKCWAamjwq1ve1ItMbLBtcGld05A1/8fIouj/dssr3X6zE5WfAhkEgAmMd/35sou2Lbx0E9hlZ6ZWWBy4DBUR2U6dyHQYgxOj94K7q3TsD0rVSORoqTAxqv9Ei/vkGEFQulIg5b1vo4/0qkTTzN5CQN8xONfKZES7ANbmn0juySpLlE0d2pB7LCQMz7PJ6In+TQnOlmCLkyhjR1zqoVpaapW11DreSY2Vd8GQ8JKNylU1D8w3i/chBG7YcXTT2/5E/ed5VsIVPN7IgKCbOIZzek4lAg0VoWe0RH3usKOL9LKjMYqjQyMaM8h4KoRWxQDXH+leyElXivhf9PjO8Z/Zmnl61VJmYU9VqkDmwuSqD5sCFfAN7IjmzEopCBjsap+8gizfhJN5DUaUonOLVafyQaOHUImv4cHgSgyLuuh1c/mcRsTU7/VmmCFMI92VBIhPAI69XfPYgOpEYJPxUsobcyIOiz9pcUd/6woG4OpPrtpeSNTC/vnzS5r5hi+6nmxJNucemIP4GoAF0NOcAooEAGGbWiotD0fZXK0Mofb/kFxeNq/a8AuPazdcpldjQQ0aaTJ2XkCdmhR+xqk+oUwsuc0taV7JYpeH/L7CYXQLxNkTIcwTXEGJU4x5xeYyJDYnHPklVTg1RzwMf5HazUo2ORHzMNjgf7jCJGx14hpmrw1rliGKfvdri2oPCXIBSfoY9YQ9iAizjrTVqMgLLHR8MYMegP/zEHbyBY/OyjUIpdQIkn1LCtuM0TUgjClXgL529O6ylE9UnuV+ZC9Gwk0t1YV7gV8WQr42+qFlqUcCrthLdS0K8aTN/wdPbG9suJDtGchaXsmxuEX5wsnROqcZOKfMtazc1Uw01bjZOQxl25/wVevZO7wjuG3DyZJBqOiPgWSMWK5Jfk1FoOKTgBcfoiDlF8ufyDa8yd1sN8mMuOH+KYa10nM5x3rgTDD23StsMby/36SxHTQzzUBG6tuSxflhRzSCJFv16EMSHWFcXMi+OsAFuDM9vqgoWUcWCP51PDfJl63ghS/5LyyKy37bVg37wM2PSx4I3rHJUgIsJu4SSPjLVuneWdtuddU9z+WvWGkcPk6jrzwlu32T/JL9nrPxfUWbQhO4ccIOFTHrv88ZTx3iJqBhspZF+5gIqIcd8CnDh8986OGcfdfcz2DLWrOufdxt86QnY47400fxDVS16n4d2Q0NqlOAtFuVGDh0PxAUIxflrxSneSRWswRKp7aXEJQwPLz2aHKG9PEdwbepZGaNek+Vr9LWE6ScKGNBSLDz+X1hVPHNubZFb27AdthWFElvr44MFiwtvzyKAm5LybZQ2C1dVmKFxIP0GFR/lEwyJWkkYcDv+oGdt63zb+a5Fo7T+AD9Fi1FZzKQJwf1/P+rkIgu9/ZAqAhp23WK2619FqxPrT66IBgc+SHeT4WQbMvzS8m1ynWXuIxb+Yet9rMBYhxJR0/Ys+9y6j2qzQJWFvHuQneUGyC3rCt2idM5cHg4n9zItkpcBYkGeFmnQP3JxOzQ9fSHBLE9dVHxWX6KqCKebHEr+3/fa6djdSKj9NB4844h12AggnQGP0Ezy/LhXPbBMTIMFzq8DIvEgVO94CzdVwgp5WrrWr1HpRb4VTgOVJpWOMQksj/2cThyOHxWUX2uwjOp3YIpQuhvMjotergB94lw7QAnm1ufJW+3PwhT/25bT7Qe4BLr7gY0Tsi845zlIwTtSPckrWRlOd/l8gE9XIb9i3l5jUi4JEHB6+eZRoavAYoJvNi2KsAvvVEOOVp6bDAkpaMrGxGvGrwLtQosiXU+2uL82ioK6phlDkMzezJ3vqG/ArX35hHWqN3IwvyJQ+dUZ7pd0dqq50IOzhRURfjvG+CZbWvhwRiaRLdUjJp/Q8+CCl5rGyro80nhnOfTh7QoxRa+ET5YntRYYdIIIdDDxxpFnwY4qSMf0JKMQj9TEfq2k9BIMtrYGt1USXYG5sLPNME9N8PLJINUCv6eibQjVJcBVMs9jAy85y0edM4kRhf8HDiZ3nCC43yoI7VGmWvm0UAEWOulsp0ZLnl83MFSooCOnp4mlvvvx7Z00Zsm2u15scp86h5dOBQA3uIs2EAUidUIYIuYw2fkruZYRQCYoCGq2XvpWqeZgj9GSI3MJKL8XQheAVhG5crnDEyn6AQfCHffBIDQaycuYe3+vimIeupO/LhRqjlIYflkxxHq1rk87rrFzJFS9DoOjVExfSAJpAx0ZQwTfd0o9CdCpQmL5xPFcueWJn8mwy9T8LkVxIF55vswXX/Og+buwfWLZA0ShSX2CoPI7k202Sl40h5u9mAacmnO2GYRfn7LqfZvCcVAjWHzbV9GW4WEpBGdccjMs4APx3dL9XsgQQm0ZtMpfY+5Pmss4H5oG7tdb17qFymPckQI3tmVGtKUJkcDWysRU3Gjv8xehRgwAx14oYC0/bbx537izb0vFPZA92CdDknLXxUHCH/OC8dTdHWY/jetp5jyLldwyhZdF/DzTFBbHlRyWdApqOEuG4SbRNo++ZR9wm/et7Qz1CQkFxR1CbVRVem2FgCnIiC+qB1IPE0sQk81Eel5Q/tfisyw5BevjXghCrvF2U+kwqPhaQOddoJ9464oMeaUejQ2aYqiNuMTigNOXfEAKGtP8ryUBdzmQ37OVW/k422qvIJovK0i7dYyKy3eUIutZa2qkTCfXlXJ9CREExQXskJvnDjexrSCq1Zi04M5zgDTgYzNmbncbouMKKws/bmZ4GJq2zFX73nPziIienYmZ+y7eDKei2wHOPFxCQ6qJma6Dr0PHUQflPL8LxDUn6uJHUZZAwrWd5TwmluAKv/xk0RW3A5E+xlTDNsex8cOREIhA6ICycJcj3NYhApGduqnnmxe+JHOD3vU8OJQbc+MWpRLY7AFIV2a0EHrvUQeAsmdUwrxfLH/s09lUNLyKDtt02tpH4ZMOqq0LJ29GpRnROq3JT6KO/j988IM8WBAg/kerM7sSUvP0Mo+4E1Y4qVN9zgM4jNp7mmc/1cKFPho7yGC7etk7jJP2YSENhtzBLOFJW/xdkakqn8T2114OMUnGk31kDc03+I3ZitPUFLvJBceKlrkdf0NJelX85S8/LlGFY465jW1JgB+8ESo1cQhqVYSXVM/kTtZSlKJE+8d4YVJzWrBdVuOBVaCkgdZua7xJ1ZQg+BdIvCH4VWzaWL7X0+nDpLCh1zEmgwMbs7K4LiSinr+7ickJiIM1hgscDlwklIKlSGor9SglLo6sL1s429a4mXXrme2ManQeBMZP9zSRXtyTHU1B9uQB0nArnIxJgJy8+2zlnNLiYjNU6T7rU5VYHL0B2GdkTXq9Mpch2ytKwBKKEhALHS1+yRg3OCwUzH3BbyiGvrJDaG3jgdT40ZqH9I5ezGJ1B3C7pXSNPb+kFrkAfxDYg52mIwtbRMNzkKc1v7LUlDWIw1rS2G8EZpAXsM4wX773Y95pBKSo/o3Wt4c35fI3xChnkfeMJPL/CJEMhd6bTlWowy1hur+ugWRld/WFjVnCXWszQz0h1+aPW7ttL7gCco88B6BwvnGFW31/w2pbsDUtlHAsdwPdvfdPVKWaQOAqyFxMj4UbNOPjtmU4gtuuZ8unQFjQhNz2Br4Bs8jtJcznwdDnavhMPBp4BFPa3yeKMLXQr7qlDvWJD14jn6NlJ2McKpTzLWbfOOiiKSFHWIaFzDmsaUjhlY25uwuYpJ2gZ4MCJkFgKjQNffuvDiAJ59WTtxwT9en4qu3YdOyRmQ6SGhWICFcIDYbxcQf4qWUXs4ZysI5j0FIj++ur9HDaG/5mrSU5st0N0boCFJFcAOE/JtrntMIhjsZ7JY3jYgOyKtkKyjSse/X6uYmclhn3QyXRSZQKgVh4AfSybTtmHFJsXACiEzpRjCIRKp/D2SPT4HfCgr8rqUg+7FQ2+WQThNLi4nONXKmt19s9Uc2IseNHVbMokWFIvF4ZLRkXTsu9+HaGiXXha01mMuJSc4aNVl0vwkcwq/pDoStukcnCSKr1nVoSlXh03Dm3cxm53VFMBUCQqF5sYYpvKR2Grh2QXam6zC6H86+26wavjQaS2+7H/CGC0lgsSPrU3TVTtrYw0AgLV/8Xh7YBdNNazVrsq5lFUB4fuss+CPTYDnc9BbG4/htkrf5L9Cja0LCzyPzpYFWJH01vVNsY1j0e7GhYbyrcLie5chxjt3Na9BvgOwFpd2kjM2aYi+B/7BC0xb8Ers2wYXjztzsDQQKroEhiWWz9q5E7DquTMpbhCSkaMQS2uboA2POf6JZP6xd3J7OaQIvQlnjZ75YP4A0lm4BGue1ps4pE/sCy7v5Xw5i8neSln0Y2rtDosB0xGlvs79ALkUWP9ieS5tpGEDWV2QrTgIpxfh9ONeQr4WDX21hvQPiQI+29ckFD2jZmqNBYnM6ttrrBkvkJbgTLTdV0JOabA57YdAy1yH/K7j9zWrTnqSQ+bFETxEYthHLCCtw54TlwOL3dcSWTG/fC5YEMgh82Lkbg6ehMvzOA2aPS5Xf295KDkJuv+TNl5DcDg8i8Hy+oYllv4/d4CW1l5OzzRSd4cOonwJM/1V2pC1p1Wo/Xm+viB+Xy3qXz3VhMwO0D/LsCBMZy9wWv9ELUPCRiQydgcjyyCsPZMbRqiQ6QSbniWPu1esWBZTgJAY3Io2wjq9wtyUDg9FDsTa3uVfa6lEkRwRP0JKvYvaaG0ZCDy/0f25R1+zXairAgdd5rCFgf+RLDlthaxMY+uhMVKgwwOyRuEhBjA6+4AIvnyi6KzbSCAtvLHzatu0cSYshy822q8ZuIfa+M7geCkTWcJI4ot6C8JYA5TtObZF80J1A8iXtqSyq4JeMyHXOsGSciEiTJV1osaXbHqHkhG0SMzI/GsgixnWnH/Oay1Rkib1B7BqWOk8ati5gpR8bg4p0eey42CauuDLy+wEVigajEyhtHNNGIvCD2CKudmBGEZyUeZNttoHmOHnyul6qc5avbC7GHkmzxeO8FgJ9qAoEsV39tSYiLdvBFx64wVz/AMte27nj/d3MEC7uP5G1v3P8df2+md8Ve4CqeJjBtMkDMglfOQ1eaa3bSg83mMEYXkpEoMIUTTCzd40oiFWtUP4sxO2Xu4Fcw9GtWF0S98Zd8o/H+aYoZmW+6IC4VO+VjkVPMg7kdwxjm55yvdy6rUD0+FL1lQ+6oWR3iSnITjK0NDarR/wwexeoSUysLFgQIbZdyQgx2Km1gcDLcH2tN1pdb8JkjihQ13FRBveuEnLwFYC5XMepcHlXonMTz39z46AhmASAY1dDzWO7mIstKuELMuqSpfL8dbvBx+gz0ljYg66JUodB9PFZ3R+sdiw8+5NvSwML7QRDb1fcgp+uvdA0kIUwFQ0saZ8lW7hXtOfEbFO24qq1dwO70bRKQTVaFIEurPougBd7zDSsTM/QTs2pn97VXefbbyrdcuNP01FKB8LypjaRMgUkQSIGFBDVsiaUx4Xh2VFQJ9AYz6AzTJAHsELWMuGZNAtCpxWTuwTtH7HdIJMP+2VkUdaWdCKiEbN585toKPz4wPHvGXOSzYPvxvmFqj5BS49WCkoDAXeRaqpBhwNbkhcs5p8crpvF86L3w4jVAqgQYN/WSiyfQiD94dnk7BEzeRXk/iyM6u8NOeNtw20XmFO4ZXv1tpJUW6AQn3I+NBbntqaYd9ElhA/qI01YUZphcqNz/SCRm8Kwsd9OwSvwyzWtdEy64nfY5yHb6tLptjO3zjVyQQTnnH2unNIpzuItTe7oiYc3hFlaLcjmFJroJaW/LmvyHP/MSw7XDt9KJZqORD4BJq377diiuM0z7Jfg554c9+JAZKQ+xJW6Sl+FhQ5nY9ZyHxzn3qg5+BZ0WnWb+EvV1EFuUqD09/a6gQnocefmGLMN5+72MukCUnVVo5WYejDWWLkiodezTAocpQc7rglTLGtxCMF3X1OtB7xQi0i8+8CfLFkoFrkaScTtZF5aaAdLE+Ro2i34aIJiiuNvqdVcbhdTYmWUXwyL5AerSeaty1pYnGT3/VqvdU5wxLoEjkXswUKgn21rwyBDN1EsMdh87kKgNAM8KPss4QkS94dwv3tiIYCZeb8qO0E4M43udIfaFavRsS8zTQiSoxjiMqXyjFCT+TS6nNL8seN3hJJUk3t9dFqRvkncB7FoQYxU3ROcX18YCVRTEaMPcgCcBOxY1ZgLninm4oZbVsLdb4vIBCoI2f4CzYCo6e6Li0xLV2vwg0YMKXckna4XwfNGa4+CMfpUDILfXDkfiKunifwTOz1WYUyBTgAsIHqX87k7aGo1RNJG2S7fPIFt8LUq1JqN1q/GQLss6giesEpw01xp0ZRo8xG1IIB3cMr3mjbsnFcF+g8n2lM/tgnyUKFZykZSM/swhfmtPe27f9P7G4fycOgdwBG0enSP8P33g4CCLGQq+CH3DOJSghDuNNZRkpAdj/Opzuw6S34uwZPOWifNbqhEDfhnByxSsSFIEWt8jqUAEqB52FZvbZfeWvCh8O4yDwl3SsfF9N/ge8cLJfoJVpNmyUeGBYcTgolkVHvXF0HWy6EuguEDWUVSqhDKf8YKvCS0MFduvjKmGIcmqJCKvhUAe6WZ5rTUMU6zj+LY7VUiSsNZaETylSabBBj+YlyBdsjqEMw5KHATGnct4PpaEoUSiP/p6Ep7/VNPMesgokX9YK42orR3a94YCCB5WKzaERM7PjijgOeOsPTjMauc7AOXjCjEJAu2BUGUbMzCHiz7Z/krSR2R8QYP4MMEA6Aub+LHDNnty0t9i+vqAAYfo7lItxeHcHqo9toTtTaZREzJwFe/LiB30mITmRhwAPlrxhX0kypsORjie4wfj2JOJ3pI/TakvdFYhHS6CsQITc2uUledxOXt57iZ0nZ9JFGqLcbHgWIS+Zmf3BxjhpUqSs1VbX7zaRQQt9GzUWhuybxNWZ6aRQqFAvKXfbPqWRA3+aEG6rptNwWLcX7Z2FRqVHBODEMUVK+714x5mrLL0A0xppbEmEZWnj6OeWcuGCwlwuGt2qV5UCqA+ug2B0Dxn2W/VYrcz9gLTfWqFuWWoKwF1z6y9uW5OARuAryGLuyo47Xi4X8rDE/tIGrHc22iLECieoL71Ne8RLKADHyMQ4Z7u5DdBwDvNqkarhvXR3qqFSwgayF3kMKFQMwKx46U+2JhUrZtCXGm3FjnWl0/qJPAl0oc7GMkfsU9GcfF6oBRLUE7+Vpppzas1Kn/guT42+7HDy0XxCNHuQslBn4mwZSZy91Uzo2AiG6L/p3M1TqhWzRjJAlikKsYKkeIFn7HDUAxzYhrIwgaue5cDUV2+ZjR1m3XVl2yeR+4G12fwGCeFyjycqqaXlg5TcVKVMACOJIabREifKIAFPOgpWkXutZt5pDpiMUIWnzIxk2YCwmEkSGdUTW7938drUimAQdKION0Ex3BehKpKelRE8haONJRA+pzIoXCVQRxeayZcnyXJ0LIGN1XEVpntYWiVI2gozKny8UXwvBlb0rt5IRf8gzqhUc+fLuXRClnx4pQleenVXidUdmziGQJOnIOQKcR7zTa/ePJdWwM1Qhx2SWTSA4mEcla8RrD92BbtGvbZAVSPQaHenRbUZG9kV2fgz+rbhIAWqHk4rih50GWfjk54DXX2Rx6Q5x2Ifg1C9yW2qiTaVppXTFUs8mPczJ/XXWCL6Nhv1yBZcUMVqzqheeFcC9hGBY6HfJ2XuxjfmP5kPRPmHCy/tCDu1Lt2SGH1wSC+95lIzKi0bTkOxZNz9i58B7QvZQp1Y3MRByxPuO4hx6bRD02b9iLd6J+g4b2X0u4t8WfOOFCohAuqqcYoLUn1MEMlJEra5z0Luv1u3jntQMRZErkeSwXZJS74cQnsk8BZ53V7ioUxoZ5nlrt5dQCmsM1FSclT3rFAbMAWLvNkA7iDRegruvryi0VH/ihHOIkdxUz21IjMgf4/JynCceytjLUOFwPKymxnOdpRA+WkzVR5JGaYX8y0VX3YkeNgg1jkqyMSnaLYju1pjl5vLtTuuRMjQOKf6B96/oqgyFFH26G0ogm49i+6iE+Kg7nmpIfGOVW+3AZrlRbWfLHMNL4u5SmQ5OcsCI0FziEvlKJgQkWMgHI4NFSbrQ2cU6v5bewCXNF32fEWGPVxvZ4XtdF2WyMLBVyfb5Ds9KERUQB5BNG5sFVJzErhQeKAZ9FZUK5hc/2qKVBpvMSWhqiGqVjFNCVB+L56RYUUljCMwdFUdi9FCShYhlZZDkqj4jxJs0k1yun/ulPK8vajxHMLedMHbTLRKHS5pw5gcfjnBEhLQvjLvOaN55r74hg3HqE+kVW+gv1F5t/t3gpLlorG7F2R0B75xAmxDjJb9BG4LCDbAUhW4VrwKdjENkDF71LyLorTzv4Y3X5WoZEDUMO9076ULdCbbT5ATjSkB401NQBODx3+EkQO62mtkCxlgUyxSKDun+2I+SLuyZasMFweZxqt82RrqpLXLfNc2sQiyk+KadqWamq3KA5ZxCpU9RbvpIN93vkJ6wiCbdl4sITKHcRnkGUiuPQKpw5CUdp6xQRnsYwbyda4FtSz0PNST40AYfCl9vn24hK2g/WVB93kcn4p/paMVEwseuoKWlTi+mNS3NZIFXdhfCtOyz5uTZL5DRfOoB+rqHKe/jZhj+NPh+ZOoqNo+U6Y+/2thab6PaZ+mbyxkr9QihlfsFysLVnlUAI9SY9FFrsWce6uhro5+Npf7135YtgnfvrOnclMuH/P8WCiWjCvgopOv3zOgMaulrLH5WF0ZiaCual3w/KQQbAAG48EzI97kylkQuPm4GUZDPqEyia7IfPileM1cdl3GG13wye/bfY8oiQB2M3EeravqO9wysZlIGPhXm9x22BxcKQOD7SMsQ3NiQ1zXwEZgbigrH/FQxXjb2i/hGszCgX+ZRn0ZhCOFHZ1mi0kUtg3RST3Bp9sG6cFGOv0xM5qSCzlTRDTb3UhFQ9qAQmtvZWPmapQ6mms6ub3z7HLJ3djbeKCNZQ99JqoWyLeLT6IdYyMcr2OJFow47J2onz/IoZWguniTo5Js3dofo42qpyoVVCuyl8jqYEjRDlGiAc5jfCZC7GlyzqonMDVxw6Mn1L1Vd5ALpg/5JONavmonWSMUkxNMQOTIMVMHO0TFJNDnJxyBDaLKvVphTnje05xdDPVB3d5RhnElAvh45InrfpbMYSXN9ldusmgnZlFejPQZI61fTC90KRuj8T9RmfqJBzqIQquGqIxmOzbqc6FB/S4qtRRboACilmlkNO2w/u6LXQk/Joh4/vPWsjmwI/sf7u9X7v4+eQ5hGSfvDwQYL6ZwaXoxqNb3MRuEyW/XK1T79fkH9SgqgzLcTrgXOqUJlH/BsKULKZ9eosJaCdiLOrH5UGSZGaZPTV8dWjd9CDJPiYE0Vfl/oxdfP4rpZ6eydifLglgylNNcrXeN+b4taIROZnomJhzN6B1wd6nkOP3wM9D1mzbOmSZ7Bz8RzgdJnAt4TVf4FVEFHYIWZ5XlgDWauCMFrPbSOh63yughjueZmPzU0DnloFWEoGjl9VlFMySpM/YbvMgO7KYpTgK+97ABfA/9iNwifabYa+MVx3H2nFIiiR6QrPcy/zUy+Nc3RRXul3OMYwbYET2B7Rwq+NqSf7jG2JsQkY/eI47ICWmhUWmT6vtBw7rYwXA4AQ9IJWohuZ0szjTFyfTRFEfaLxVeBGwXSAOJ3LN7gfUrZ/cx7dUuLlIH1cgWdcj7s71M+v4faU0HR5oIOKM9iFUI/05XMAfHEA7hxovAF6jFAHfViE9/wXyezRzWOYFq+Ww7hFAAlwYwpnIi8m4HlBQ9Fe+LRXF737n4NJ5vS4HLoHUMx/TKm4fMveDa/Qsv9599jF+ZYx5G0iOx7PncozbenMoJMSWHc5Z7T8h/MiIH76ICnjRvx75ApJ0yYWElNTxfQWCttxcL9y0XdU8pMsZzah1YRb1/YQknH2ohyAXhgn3oB8E3ALYvBsCjx4S5Xb0ZiEVnSECN/FSuHeykdAZ9H6L4bFes+F0L9IXyylsRhKUJ71vSpByIRzfb73Bl2xKYin9VYQIqPsz3lSofLdPmJiosOn1jL0r7z2X2r2psWT2dOth+AnYycvN4hY4ZtaeWS7nDevDtbitIiTulCMXo4uN2dfMJRSzkO6eHJIQb0YfVZz0T+ajEEwp9YalxHfehHgfUtBDzn2ulvworAGjOn85ynrmBJKV+7M2s6iNLPP3Mg5T6Zah/G3IRAwOTj9sXasZ5fWbm/JPoeNy27qOSA4Or6Liw8kU46E5RyCUy7wOKKqyskU4l95v7HCIUkhAkAUA3M9H3N+OnHkGwgUWJKy0Y0HVZXE2pUY3v1WIhUHPnqGtaUGZJcBHw+gEIvZ2RRdZ5VUXsdOP5rZBnpVBckR53p+tdXRPDu7Iezyaec4B1HVKQcSdSkPjpTdGRygqhZ7FnUnfS/6ps7CloAI1cZ7mgrQPgrixOGWvOs4lh00MBKlnjveFy9W+UIiXbjovn9F/Bc0dFknZKUxBtW7SoWG42XOBEunYRNE/P0HIF31owFt4E2/c+1yO9iMB6Y+892ciihJjQYvmMKb14aRE4vZtjRp+her644hO+wBm+63zDPT4dL5E56XbB0G9HIMcjHXKSRXysWt9awEuEPJuREpK0aaw+z6hMXlaiT6ah7MDtLW7/CmwKewgJEMUwbg1IXFoc3CNuzAy6LOMIhC5DkEgchfm9ntv1eIoQ7TRjD0SrS9mSmzCl8oh37XtsheIS6oGeHSqXOZxF9GtiC5ofo374ZVLUaFej/qAbFhlRzHP/JNixyapyLFeOU0XylpmhUE/FmkmhfcCNY4hkJGmr+4MkzNiEUytIoZ7EaukLPhWDvBcALtNm8T8RaOypNB0gHc15lA8FiObHtdxbpkwyPhfo5b07rPMSsnLmsR/Ww3vYk+5ZRzgMavMtiGJIfSkDxgH4xgVJH9hYoK5m3mrcP9QmcnyteZvFUvFzsacdlQcnqXbkgf0v8A7ajcgQEH92x8i1as+cq8of+5t6YTlRTfEApQ9kmFczlvQBpHfFqGko5wG0jmd7X+9uCFNNa8xVLJJ1QTzipyDxZRxVNOhekhuTRDXTEx+IDS+3aFjgFnor1+JbGrqmca0k43ZY8eRDHYJci9BYlm4eePG8q+kPxJYiFyJXa0uOwwcONwJpKJ9r3koVzCpZJ2xoV/rUIhOZBTVcXUO71L72kWgZ9kQx+XEHG/SYwVCOJDk5n4Da5GPyrOzWyqDw6zNBiFCOrr92JiSFEEzk5SWzZjJ1chU3pl6Up8jfpAJ/yhfd/rs2t/FojUXn6NdgpUE6LmpjjGPL4vdHg0QK9vxEQpYhKnmmeT9GQ3HrReKMHKaTQLytu/Jm8ry5yVYon43BxPwxpaM1yY1bRY/SuzaJeXmGLfZnTWYZhvaZw5iyHx9+jZr1lkjzn/R0Uk4VCYvqvmkwSg4mvJuCWmSgAmWqO931wdF82XJwQNO3qgPz3j+c5oIhnEoaoLQ4M18js8DOkuA2o4/XyBHkfalap87eDGfRV8RPqDWnXKj90gffNj6jqgA3KPHmouaDUW56dWw6gSFkelcJaE+Q1Gx2CA67H+4UnEw8tP+Pm2KkTLGVFf9TnMTlZG6kBmRnNvfQlMhlpGssqawSU/MC2umAXeFuOg31snIRp4Hy86RMj0TXWVKHexXp5DXgAbfeKSX2Tu2aAA50OXr7mdlat0MobUVkU0BlGwzBd/XZlYEvV81MoarqoC2KbftO34Ab61GNKQAN+zN0MXAlE1ucQtRVxyJXIR7sCLHhJxJo5zX/H/4/NAONjTPvPIrTOpuvn/HHh7HYRks6xBR+xHS8uH1sGvOpm2cy85nluoMEVGfdIPLTovknuP9s9CVqhNdDL3or23GllRyepUT6k6g1QPZ7Vv8KZWeQZlxy8ZicP/6SJU8sST56pxldxyYaDYY35LAqLVhLRvpFxkuYpdCvTuat5/xwJeRYCKbJ3vCFvtggkquTUtkwTq8P3YYvqK9PJ3aKg/mhqvRi7L4Era2LDxTqMunsKNG6/6P/V+ClaOI1vrSCiYZlofOHxf7wud7zFyNcnq/XpqjPYRIuMYuqsSdZ4cDNotTrKls8uctyPogReD8QBqP0bFY0t1fijCO9C6NBPFomgcDZLV2V0Bo87SArIEMoK5vZrm+poVHWymUr4hXOPnFxyCUetfpt7Iae24lsLc9s6pX8nOpSplgVzUrQUrEimgc1MdeKDCW1nSHuGDdboebP24IYtzEFeulKU64zxDzSjcBfLM2cMcxWoE/sLxjXSJoa7F0piFOnR9EMp5nVOfddhuGBm78w9G/FJd0m2cJIJugWtSwgGiztY3aYPMkLCa9SRYSWlXnXHHcX4fdhB4S8/R7856DaHwBc1MPoTaWh6ov7FS47OjDo+2tbkS5nrTb1QE6mj/TiWRT0A+1VW+ZYduZgyy+5ZT3r0Ig0jZ/y3qgHf1w33tG/tZbT4vbYCwe6O29W14yxISzcOkYi14sdASFJr1svVzYnB2Vw+whemfTmM8KgtHNsR+uogIUn+HI4KWiy38CuO7QrSi6X4/aym/vp7+41yxY6aNt9jC99nrd8NxCQENLdnOc+7FxOd3tklq7gNbMHsNOmRJfbT4ZkGkMywSoJeaOl8V1moM+yExoOyC0cRGhLdFceMxUgeDcKewwLvWv0HThXXz2Gwg+YZNNEHplgDIwE/z4zwBEl7ATg45m5ggI1l/1JDx5Lv68DmcR0CE0fPN6pDOxmmlY8OFMvtVLbKkkVftXswISXg+Wigh5NpPIjXBV+NbBk8OKbFsb+jGZfJNxjaXJ/B+0AcM35kbmAxDPsZxGR+q9dy6n9oPamTaD89J5gqAsccZuxK+TkaBdMz0jFu2JPPFdtc0/P/U5pwb57mWQQlb652lcy+xQGD8qCpun2hPr99V/sWEbaEVTHKDQZ3+y+l5PdMw6M1X7M5KEIVFYrdfZNfcTA25b/dmBmA7oVt87YogHYHAzlsXMJOvkbbybOV4CNCjIbDx0GwABX3BEPTREbOhlGMThBu9CXTMKJ1pQaBRg3P6jjsHFc06YMgkepVIlylY4TF+GhWe8Sfaz1XSlVUE92TkGewFlgVYiCrXe3H77gDzyCKJGsg4cqhNl+RpnQMpS+jSPIcNrRU8ZQNEjhlsLkANoiKaIIAbxK6ttNa19RHFBAlX12LbpcwJL/MzQnLz3nXZ4y0s3K4inNRpozvvTyyTcFXAJIaz8kdt4vpTricrIVq/1mtEAflg8bwieC6VYGPfXC8KupvaRt8U9FU0dDolhncDdy5Qf9q1yF3VmF1U55cUIfX4DtkAuBcKxGG7bKrWDf0rM3eg/atJxGvry2bN2ITq7oZ4GLJVXgpK9Q24GTYb+H/S6rmzrzKruV66pyktxKyBgZMqJf2sI489ept9LoWqX3Ueo5ynuoqrRxNwUc+cUWxmQ/Ahcn3dCPikul8OlCrECEslFffs9gfnore4XIXu+9ZCwoB5Qy9GMBFPS4IICc+6GsjiX2Nuql9fVs9f2DsYL8VXsHnDF9WBA9RsDwFcyCLHHbmd2yqz18oWCxeG8pqiKoPIqA0pHY+zmyFuzXhvDZ3NEVSTp+sGn8Gyp/tg3DuF1vaCC4JbeawITdHSHBz4ESF+yHM/Qk1lhzt7aHlT5egkQWQcROChYhoW0ZZdawC8bfoZzHxhBt1S+DFBG3jMJ5svK2YWFeDNyK8gp9Zs1AVF+EAQ3pAe4MFn6X9nw2KpMBMYGX8bfGtjD8htHMFkwQpAUXZp0gvjoIoTAwtmFo6ZzWidlcLJ0UqHMQoVugwtyGjHLOZLnfGlnSx12DMLR9qSFD9zHZvKSL5WY8j+SPYHkabLzvnTy0IVI2rv55iqrGSldiLuh6eZqbW3U2v/ppI0XGtTnBsbqtmxcF6tY2Czb/qOzhREPZ14U5n3PGbUbOl/4nSVuSmDbqVYpbaS8hD05Kke/OTQnZbV5StDh5x7xvLWTgo3TvNtlCprYWpTIKkLO6a7pF/aq4otAQS+rVEbtXfEEQUJQC7kqlBTgVrbTPLyeNIkV3YQzeoLOqEO+ZcQfrg2VJHAWggYd1IRgNAxtPwu+WNtsks8E7/kDw3pZNNvS6u/zS5PriioxEcdC+1xG9NEVQT3fvr0sSNV3afouiv2rwn55RBn9QuoGSmMGlqptoXUYY8MMk5YZ8x3/6mpKRJQtRy5/iG9jlX7oIVDR2QrXQ0RUHJ1zRvl9/JejYnuULkXAsH34mamj3nSLRJmLp3zfQKjOFu9+R5ebEMrz7FpiUhvlGWiKDEcCw0RMjZZxGM+eIaB7MkP462BAb/OFFEoWvCGc72OI152BwN3d4ltCsH3WFBNXBHxCyVtNbo7bdTM6sIcCXX+vqSTf+eje/8XQBbv3KhhMKEyk0GmRqsg5L/FvSSXM9hQ49djlyswNGOzE+WHCJdtEqIkcHeaN6/FsITttXcUWyfQeytkHKu+KjghJ0Keo9zE2Mh1DGZDRzmJmBN3Dr6zyDx4aMPfRsZIn4wITYJIRrG0wmrrkr/4gEH/KbMF8COHiUwSfUMOjlzw0I+gfjgwfZhaD+UTJES60vBdd52FQkDzptzLP535Ztcqfj8omNJagLvuOFdvzaZl9uQCZNJaBZsoKrPCw4I1r5/NFYZ1Tz4f2Zurj6xnpZyuQdFDPpxobHMTK5nxjShT+TEqrcLbeahi8blnMJP14s7hPvV2FE+okHnjZWPq4yKQKqmR6xFWb150Db2FGc8FyH1FQSiM+BKR/xGHqM2oWTQQQRQ+Zsuv3+H3XbrAPkRjrHqG8CYSTj99rYxu2QSviaLxeKnL5GNnJF4BQCQFJD6KyhnIkaIB2AfOQKMpwHEoewJntg1I96WqjsxlD1Lm4DGNu70HdHnWl5zXDNFNTSfA8WehH27jTcrqtuCpoTijDL2i/LbdMMBX7zn5hcwZ/gOofvgosQmpKt67qUg7VJB9MY84gLTk1KakoWKbcJK4XWSsocr5OxLNCuBlU5jnRwmrkqDAzFz4ThV9saZ2wP/5fVRzro4u7vPBpDbu1bzvjF90NL5xhbikJ6Qcc6ZtOXyI6BUD/fXctwz5VHy2cFMNU1uy9+/3V248Wilx8ZbyZsCOh3fRnZ0XgtEQt/Y+2oYyDfLCm2bKbZ5EGWrjf746H6OsfS5HQGDgZtSMHNKjTxsZWTD4X8CdXoRk/it5YpinaqarjVdCA/sNJrlLNslZB1CCr9Z1YwoDTZevmHdw5NgFYaV72YV2Py+LEf+7jCRb01QxhcayvLyWRVAeSUqwhfQHM1UE8kkSXBgc032CiTsQjBSwDP2qFpFOxLb0+qNZ4vuXfnwChd5Gs8gHXSoC3Wh7eNgY1kW+by7pz0Hp1maU4Z24MrPaNUGjvjEILnt8H60GDjW3Pd3aeAuOnuVJbvla+PlmIUNt7FRTOpKqwpNFLlYRCIT/8px+W+VdC+yK6cF5MeTghsR9Xyn81bwhjq25im+QIIEbxL9d/WPaSH2WmAdEhuHdIg00wjVu6NjozGAC2AhR/1AS3Rw/0erCZmY96P+i60su/iCW2+0JdROcEBrdczp2qGAsJFR/3KIQPhglR2O/pFfpjoRfmPvQWDxt68tKhdcfqfWb0IeE/UKlTFtp06LmsX8Ag4+vuugtJ8vlZAWpIi9LUoetgk98w+l1BXA3sCLCKoWHkV6dXViJTZ8XCKR4iECa4slvkGBxDPGsFZ4A+u1QOYpS4XtBJfTaPKIw3igTSs2yuLtAkmGIM0turi3QFQs3a0FWBGRVTlXGAaWAkTNhDJilFN4pEumYTwhss+f5ReX2A5HtAqRJRQZ6Qht5lMz9HvfV9HbtAi9FuU0lL3NgfqniDG3FLog8MWvtFk3kDUaE1mTeZyrKPEBZXwEa9nOyAMKrlJrFQiX9DGMYJKl4ZXATh6qUJAH/XI0J7uJOzBmZkbwNthXfCCks/ncdx8/J0suLKJ8+b78Khu3bIV8vxucYc+vNo81E5hZqkTwsSmpv42tJZk3QE39MPG3oqdcIastFBVjPKGiQJ6B2R1pkFbUB/h1uKV1ykvhahKfgR+nRMsBXokoq8Eo87iz/cXwzCTs3NZ+rNL0qWEKzcB4CM5IOWFnlIJl7GVYe12PYAUOneOuAcDlGx3VWbDG/YzzXgBcF2X/cztqk/td77Eir256zCI35DUso8SYIakurZA26Y6eaTl6Z5cRoyM3JcgLAlaX89Dg/LKugsqez7PIhwILUL7l5BmtNIuQ5JnxEUSM4rvPfh7ZDi1P2Nt5nXsej5qO2hDfDkjaFthxu93ue5Rpp01jVZRSPn9SPMqAAy0yYEwqZXB/yrpxod9UFwAOvhFlWgRdJBBQihVM8PFGFPuKt4JCtNaSgFbYrhjMVs8vs6QpFnPeCCW7rgxH/bgnHsTrv/AtfrwqGV7PT8mqtzFPEqKRqVlsnZppiAwSQKk2ObUPBNzFvT45eowGRNQHZqYG8pXrdhxeUtKHhtuezIPx1TeuPwZvVQfp5MMlYhp8Ba7ELufNVRIz9d3YS6xXVHt7nVAiWiBufFtlEjYN5dtOEad/F/lX3Hl3zDL1BiPy96uiIRQQN7JxO8Rx05X/K1g+Dixkq28SARjK5y7Qz8hWn5zQNLiuRsWAmLa/naToqApkmS/SG9+cFCkmr9HgpYIargwbwis4uwO+xPil/i8l18VKE6xHMqYluIVVux48gxGjRbkHwwihEfjzZZwvuojAAxa5cZ+Himraytz0hoYECi9k1ZMV6j9cpLS1PzRyz3j2LGryt679YFRY0w6ahEDnBWa8jjxJPhj2mt2LfxB08x8W4wISojx62Vaz4sEW9jWf7dLhn/Z3+MGgCmr5sW70RQFcFX6TDqoeUvRq6Jm8lCg+wO7cw5Zua5UEtxQxNdndmHbAlVQ2WwACXjpVzSXSthbjgHxUFtuvaYh+7Y9mpyoJtoYcW6T4jQfwqqtMypX2tAACUF2MYRYeSSkKV92YOG1polXM1q3k50/WttbtRRvlFMY3p4kQEjurmJOUE8/GIZpJnWENF2ZphEJmyVg0vpYedMZTUNa8ZAiIz0Fv85W46CIbbwFX19nNZqiYRQuutKXL4q8bX0MbCf4Llpt1K71ZplRqof10o2bMY3cQ9HsfpetGnSXgk8fE/hsdW15b1pLE6QF+5Y+60LkgCwe97kJ3bxbEQnIeVieJ5T3qWCsZQ4zRvxlGGMbpu5J+xz2uigtg8rLvA811/xUJx3F2fxL4UH6W622CBRe4XkTjql/3bdT1NAOcIqPYg89eziwtG+yvPzx5yXjU1fxq+prIQG15g3AaIIJuQQBLsXzGEa/0XfBHLqma5J6GLYmHNUc84TV1aqK6tAvMH67xRmB3JlePssFZILJTJhqPvKNYDpUQGpPOI4EwAGNp7mgZ132uKGE0tUOlqmt/XuAgFesMIS+51QYtNJ9eMTJbRnd9Cdaxi+xAwxdk9HK5Ul7c9Dx5Cryh6BrlhppBBQH0n/JMTHbmlNn0MV9iJg/GGYrBIcmdtxWxbjBrEVPxPDHoBrW1OzH0BNV1l4wY0+2WVsvUM0Y2nKxQXIwq85+vPVYPDbd2BObnM0sVpvLB8QikvoAUL4v1Dp5yf7Ob5i8ofy2HTQ5D3+Iqv1qFuenvBdmkax0ozSVv/RurYEznEzcQw9x9o8GfDpXm/Fe23LkxgW0UqpuQ3K+YrqsUiDZqX+l4WDCmmwPKxpEmODGdrtLubraftWfKmsDr1ozG6iGdmfy3pi0HFQa1Gd2uM9WSGWc54yuZqI1jxnIXIcf2TjnY1LRdYXJoEEjD+tqkHqwymRifuGRd00pKRXz9L0YyngbcB53gYydrG448Nqkb3umbfstC7S/YWo5SYMx0CPk5nVV7PkbKtV3pAzdY/5hu8qtRh1kZEhqD9enlwRRc7et5oxfMFhvItf03866xjsi+qMXFOFkPKCOXVHYUYUMrbs4WqDFTKmm/ygsuNCujdjTsw1Irnxk47hG+uyiDbmb6qnNNaPpeNZZmBNhRK6geNT3HjTJvSGmtpOqTW2nQoiHC9CRTKHpCO+e9O70GLDl2W+RkOKeIxSb0ZVZDLKRFL6QucY/cE9ksDSPBZyDsZsrhbrYCUijORQZ6GBSijs4D3c25qn+FrIGKZr4I5FPXlyQ+T6X31RzcnCo6SrT8v8Bf9tCCHtGHwg8f4cZV42wphG73CfBQkNo7WUvs3Pc0vcaYoZ4aydsWKHaY3bY9K+QIUzLLE2QNveHT0cIMFc0Ea2hDWLfy6BuqGFFDWCrova3o35QPRAdEQwnWQSL+z6PjQAWWNUgzDD3iKrdvHSP9I/C81HzGrpljDfAce5TaJ71HfUjYOUcXZk9RDlkzoMAXaZ1hm89Mzo/ZCBeZn18lJYJGzt7V7EHgx4VdkK2F6q8Lp8be4klIW2Cds1zAVAmc8KxIPU36L7tm/TBUhD5Qn8Y+1Uz830eFRVj1CDHRqx+AQYDNaUJBsbxLOLMIeVvGpJ4tP0zPHvgd44DcFGF30CZT/c5ZRVmCoCrew2bBdk1sS+lHTaAJm9QQN7JaPPgNtMq/hE/2T6D/LFN5ToSC1FrRLdzUESM1FzXJb6uflDleShM9QxrOvPUh+9pUEzLyWvOovt5cAtji6mOFlsp7EwxazJJDUm/mwH3Y9sl4Y8sppWVTU+Iqn5X4lLZhAsWUdoGtbiTcs1tgtHaw+d0znVdUTeoweuFmD8U9h7HPfba0dfzxuY6zp2xquHUktNwZM8eVYyyEi+D+R3LiUQecVQOtzE+0LW+TCi9ooi0P++fTL+p4WdPN6f5+//lCnM8/GKkRIGpghJZpgC66BSofHCoY4s6HOCcNlToIOhjbgWKQiEQWRZTB2RJf7f60lBoMjbwLsH+S4u7/tBvUm7mLERF59w9Yh/M97Fe1+9N3RKQSY2agTD1lHM3ySUqjycKqV/YcMOLBAH+8/fOBuT+g7kQabtaIIJYGtdt5nql4LJmUpiDjkEhEGY1uxZG3EcnGo6rY7DyBcH8vf319kM1+QifN9WcwZseK1o3dVRKgHCfj6a09EiP1ZRiiZwW0MDee5WsNZYYd9OhKGUZMKfph4jwzeukWDrzYbiGrKieBk+Vo/pNFfAAZb8/OQGUGBTOh0IZTtoNF5NOG8l90sYKo74JVK1YqI9tltiB0lE22NIp4wdw+DAkEYhFqS4y70EF0l+3ud/jVIH2G1xGlo2VmiAqgdGbIhzfdQ8oQKcJCWcg7zcT5hg6xuV5fn1F8sIHjt2UYMUGKufFXtBexq6YPL07E3qBB1In8kWH0dYD6XybOWZmmiCzwUGpSCwMhbUiRhhypMUQwkNEV21tVIBM+YXeVCmwfIKxbJ3bCmgXJbFEjKFscBpURxd/APPBn0jbjN1ZTcjKUzrgH4iFcla+0EgZgUjk+m497giVSBsVIjDsstnimmMnhUyXqxeIN9SA28dTy987UeHR1VZ0JoO3GttXj4Be0e1aPWmARmeptzmcrlvlIusBgIATaRof+V7LjneI2Tu598otQ80fYKDm/wBlywyf+6ZzHRAx0DCvixdf1ZTOQzHbQ3LtTHowEeoQ6HytYqBs77spX8hciFbGvHmBTeGjoPvnNrKdIae+X7BkXR98wcEOIQOoxKeKnkKVZwkAnOPXGFoLcZDX25faz4RUhR1/svKdSddnoEEUO50+H+6cn7u1XSN4HamMcLpg39wqtPgOfm0HmljEROhdwe/SO6G6VEUBTTexm7/iUSgXgRbwXyQ5yTKketzw5sQUTvU+FdmKDe3wUrfR4j6DXFDh7x9QO7/wTpUbXGart+gc5e6k6GI+Aw5OtE+io8+tOVbfPHP+RzF6yTEbtO5TaKJfgPhx4lhXr0Jz782SjuG9nz2KO7hbivyoO7sCdkpdCumZdqLZrvXVQBl2Tkr6PyCTdkCvQeMeHuFWYhviwCpAgh1+LDUR7+BTQRfklP6VeHHVMeRx4ND8QVwJXWd8lR0oezyLdfn1cwBFn4cRhiuMAk1RYZ7XIfEpprHYaTyLmwnuEnOLt/pGwJcuqHV0tBl0YN2hJlWjR1hripO2CvmjTZu1f4yuqqJFXR9OcbdU88zifUgfSCxSqRHflQRY5vLr6TkowcMhX5YbJwPUnJRbcHHJACMxPjNtQKs5xf7qgYZcK3iDXr4piOXFMONmFLVUrUW6VBSJNvCB5+LkSE9V0lKcB6YHNnIIYODUOk0BN7ZppPCHkp2Q0On3GftuW8Ct8AACemL3HxcA31IYW8kZJhaPy4q5voMVAu4lt7BKp8HmZzyyoBwKXhwz5hiKEEeNS8b4+54ovzZPdlGCa1bPZj43bXs57kRA0cBIqmGJ9ez6iPMBhMO1PAL/0ec0rh4meetgCYt8Wd7G9wcY+ERALfDzGav344rB8qtfp6csRXj6IE1fwH8gdkUb8+1mC/NducARCqxPSyUMC2revgPPimv73HryCY6nSBFteEMGdAbyKCoPUPcunY7IST57otjxxxEggOCggJrGyLipawVp8T5yUUqhsMc+6zU6TRvtYlFjVoQWV08jaKp5ytzj0Em6in5i5J+sqnWNOIKZNJSlvc7REJcICa1/r13ltksJczohW2ft4IvaohVq4IGfSSDbrQdXlmg6/Lya/VsMgQ6PSPMVx7HBTd0dnN+BX/22ygfw4ygnwXnuFQGnG7vsZvIs7rSmqQpCr5+ZoG8lQ3aY+NGa3IyrYv0szayN6K2S34X7Ln2jfikudkw5g4jiClFsESRZRpKRKzqXhhdA6g5JT3LS49OLg1aU/UIsF5LDLbHKZwiaz/PXyaAcR52B/+ukWm6nmhgQhw80P8JDFbg4412JJmyGqq958Pxq9KvlsrLxw85PPuhxn+1QWCdUR4Jp2YdncvHOpOQZ1KgbE/Lqk0S8N2XSkrZ3klB4ZEoCI68Wco+DomIQkMOOTJVZr08Wr93KdW2UpJlJYQIjEpGD3S7cGgFHswa0zZSU8cTyjg4zbQzfLYqJzRglNscwGA9RuYYGSMnvv3sET8fggia8dVsj6nFymAqfHADWQSn6Z23lBauivJ6EqX/KPYyIb6UqviuRDtRLxjVVcFp5JdOKRLyohMQX6FTZ84VPzttZy0GX040so6HY290XBRCJW9Fvn5XVid8stWFR6Q5suGsMJICHscWZR5gAqhT+xmy7kVFamwEIDHyNErq34uKhhh+o7gEow4Mp4QdjR09Ov1OK4Dukv4SKaEzEcRWmwC9LlHTNy/XGIVusT++NWAHatl8B0GI58Rw0n/U2AbRxu6NdfwW6+W0oGvRpZeg2TwEmF/s3id6ulnRs1CZFYskS63S+vU2l/Gk7Fxi1N/pauVyq8ldmcF8Ph8pSu656/1+5SiUm2L9TfP2kpsR/LVZYEQwVU2Ly3iBbrLmSP4UFfMnViNYKjgTsQAyRX1lbCAtC6mf6f5WjO8caNmhRlt10VHLOqkwCsIxT210pFagMnGb8bbXJSQsB1D5EB7pcLdnMLSLYKVo3QmSP1pXYCSzRD5A1Dmo/4jkEYe0S3OyxA0uPfPV6CdZCDzImqpAMnuwjMSxkbr9cOKZLA+ISb4ZmXEM/OrqLyQClPUIaXy7qOmOmb23Ao6jPwzaCpqxsJCZxzaBSvLbjMF3daTi/1zVvsR8fWbytYPdE6Rhn9BqS6W/p0XoXFRHGE/pz6RYsRtl7ajPgbzDlsJbyF3Kcpa+BTU2aXI7Vu1XQTIUpnxOxcPK5295hkF22P5P8AjrdPHSiQdyefDQQ7S+5RIxh5fJVMg+F8M72GQTHu1D9hXBLBZ5nvyrMYF/AHw69R37Q9Al3+4qg1b+pobwa53Ie0kxE3UyEU5sPB8zadOxHL3iM9ougM0fHtq83dFK0fhHhQQ0kpE8xO3v369BZCaktTGvTmczone76GzQJkk/h6Bmq1g87t9fVlFkhHcaUbhtBaaOmR4AQCqA7kxeJx+5BikXtCK2f1bmux0zGvxHHCK4E3eBDpRX0ypvt6ETeFS9xWeZqqbSpAg1CY9cX489g86iHHaXBII2m+7e+yCPfD93VSyn3Bj1N0x+yaB/H6nJX9nxk99P6m4975gGqhhJ1eJf/5PgyvL4JdwFHtDhRmoywUhdxtQeKrhIrUDPL7R7DKAn3k7bNE/ZG0xEDZMzas8AV4RMuRZ8PaIHn7+DoH1xOJ2Lf33ard/s5WHxeuwNYDWv/saG07TIz71OiFzPGIXb3DtX23plIpnBwOyLL+pzxLuPWgqC6rl4Aslm+gj2mkreN25BbxhIXVqiRNX50bulef/8CVUFmJv5PhSa8o7mxkxCASMi4HFej1l6pt8oySHGuBitHRHwql7MxnAjywRon7zLE5+N3wf4p0YfWK4UTOPJg5UkcpD49DC7ov+sAODGtdxdlisfce2KnGem8qVL7f3wu8yXoUGANxYuGCXQD4YVHEOvStzm0MCPj1HzY4erxWpq4xIVaIcgjt6SoXC/bpskN5AksQRNdQXEdMGtTSj48o8QmDc4WITZ4hTuPcdIRMpt9YX+cJy0Twq8f8BBbUZUKEQ8uzDBDEcYdiC7JB8kXAixfRSf9Sa0PCowYrcQXGy3XxA8f+egb+QWb5Pos6QqQIye+S+hM1Ft5+9Hh7WbQjKt6PNUKAIz34x2ftquDO2waI9mq2ftFcaUElZ9iUmw79YokZnfL2sj9h7AhPjAFuJEGefph2ElbB/LYrzWzCVgsWW+hgPfrTFQo8cMwvSWVj/QxgfJk/ohYoO2ysLa9Kb7/RM4nLDXCtMCtOOEOefX3/5t+4aIpnDGvf0B0Svn85jH/MUxlNDsDpR/EKsnmZT9ufA/TNOiZpgVigyrTUB49IDPYfJp0i+p4aiOfU/lCZkzxtKTK7okoyhHhrzRi2Kqox9TntoI04AoxnLd0cKtr3lNrdGm8NCIUfF7RDkw5G2+9rLbujn1y+I5k0VckSvfXI2yPqRWVJiQVt/aoLioFrore9Cfilj0rGgdTCZd0r3M0nXrGKi+m09bhmnxeamtxDHs7+FfU5x9PAhruHRHXxWyK/AnKF4tKOlxvfgYJ1GvZyBGDB5sDjV+PJCfhbhb4jkV+hb5zvfz2cxHWQRRDPmEgUAakJXgAQzHkcj1GNgotPDaWocPEn0RMBlAVPZx5cUvZoudDRwfmiM6o80huS9KLReyyEOW2X1LUfQP+FoMc2Tqn6RT+gInzK4JLWbF9i27zieka/3s0cqjmZznnjpEI/gLbvye/9wfWrbHW9iFBVoOs2GTGHfhx9GY7UgnhLNnuWd0gW2vhcHgjxKiHrBVV1rZqThnjqm/Y6BIOHPrWXvbb1y2msMjV4vfDDdIsNslanWP064xhSSHzsZ7nHK/vjF5Jc9puHQgjAFnG3alZLohl5n4GjVyEIvIAukpLABMuIcYMId0d0JnoAFirG7QfYz4uRh6+B0sjDDxwfPwx4DkFrCTIRFryHP25zImRz+l0GyUm8McafQ+rmV0eV2YX7wx9Tys7yw2sKx6qcUrlpG1QgoN2tML7zYZuzLxqDMG2JqptOZl2y//NbYk/Po4X8Egy6G5X+Ar9w5ggephQHzgF3ll+Wj4XSg1a/LyRZAH6atcLjFgnFriPRHJMPnmdTUnnpFQv6m7tIyKbH0Xau4PThDO71fZ8ZY3ypaYkRdc1YO8VHdzgCzPKAvTU4paMiYvNLLkbT3QnB52GaBYSSk30x1a3XvQ8M4EeX5MIaGJwU4aFRzI1PLBj06QxrN4GBimk2XcvbsoCJ+gBWa5rNrKkvyAATJiX3Mti5s1zZSCn6t62yfM7ckpc1VSmybJk7//xFVqYXbYXIUUDQ7/r5Yrlj7DHaKJkB4ST3sAywNv7AFrX8p7gGRiBzeDSLxrwI2DRhS71vZJ4ebg0BCzQY4KsPhuGpgD6p0UQf/Z+SoSSbJ7ip9CMjqD31WGdm9JWjNwG2PXsPOn5rzTfAJkrL1u5ZaZvrL8ZrME6YQ9tOCKg7q4zGIhrMYXXOxu5u6AHUF7+Jjb0vMvxPi3go9R5DaeKiwaZ6VSyEIANKFFz3DNb7kNuFwdibF5VKGTcSCpqjkPemWuIcG9mpQOLsLbnA0fb75AWx7ElDXGGy4kuI8lnPbOqYmUvY3vrJfJVRlfQ2LW0gHtaXFkeQNtYKEg6evdHfTbXKUrNFWQxOszgmzQv4/B7M1JQPiQ18drhgwlcC+CCt+7pZIyuTWN5o6kN/sBsi07PVESBUnGE5ZeiZ0ZeSLoULcoBsfdAO8P/V2hGxCcrd9FeesFXi2wBF2r5e7QSCPn2XcdpBIRW/RnmO3iED2uJxYfh3g6fhGHIriuzwwzr0CmM/DaHzxXJZPHk+ZUjyp2gQmJdmNrjWf3KBI+b/i722+zkorszsrIGe1VCNZ2Wq5aTDtXLkQpyi+dRo7lcl7SPSbL2lSi366PFeKPasErHeYAbUtSF9lYk5lkdvhVYJ0g1yraDaoGWsYYOzbVkZV5vSMlSbYAl6hr8t0Gaf4gWOCOaoqvfJx5FNmd33cfO6vzV9WGzyRnoFls1akDxVjjFwJfSSnHCnA9pc5LkZIscNZA6Xd8NL1RpWm4Tbj8Lfho63jzB4JEv19aFQSF25gcx3AilGezIrxH4FvReN9hxH8RJmUQZ9YEEIz9ry5AvAqYhEFrCU7FxF48vcT6bXVNNXFvH4L46SYdyd7sJdBJ6cmjm7f4VdjnrFXBv55fZCBeKFF59F7Q9f8GKNsbs5gRgYGTGsSlNHNryxtcr+XbQeKlxO+V8AAwBBNkMSgu+Brh9Noa/rbgKS00vSF8gCjkIFlmV4Vszl4/IGeA8KMsCL+0WTTxwDSRGPHB3WYAvwxu4A5Quztc0/lKe9MZVj6DB8nJZlFfbwRbydJBKiB/l/bjFfx1tZzCtpCDMLCB28ihI1XVLVBSvR5bxicg+mA/3OV5kJOnN6agX9jZvZqZyjU3P6C+4LHlsP5ALDOoSKY0ZwJ1nw9KKxk33" local function jiLj0IliOIIO(j0I0ij0i) if #j0I0ij0i~=22194 then jIii1lOloLiO0("VM integrity check failed",0) end local jILLiI00I=(976566901)+LL0IlLlI local jOLLIIi10jIoL=245 local jllO1IOIjOjO={} local LlO0LI,iOOIOIij1=1,0 for LOLl1lOOjllLOI=1,#j0I0ij0i do jILLiI00I=(jILLiI00I*50391+2324082511)%4294967296 local LLOl0l1i00LL=IIijiIIllLoo(j0I0ij0i,LOLl1lOOjllLOI) local lLLLLOooI0OOi0=(iIjjILlLjOj(jILLiI00I/65536)+jOLLIIi10jIoL+(LOLl1lOOjllLOI-1)*108)%256 local lo1joL0oLlo1Oj=(LLOl0l1i00LL-lLLLLOooI0OOi0)%256 jllO1IOIjOjO[LOLl1lOOjllLOI]=i0ojILloooj(lo1joL0oLlo1Oj) LlO0LI=(LlO0LI*257+lo1joL0oLlo1Oj+1)%4294967291 iOOIOIij1=(iOOIOIij1*65599+lo1joL0oLlo1Oj+1)%4294967279 jOLLIIi10jIoL=(jOLLIIi10jIoL*31+LLOl0l1i00LL+1)%251 end if LlO0LI~=2921396562 or iOOIOIij1~=1130347706 then jIii1lOloLiO0("VM integrity check failed",0) end return LOi1iiil0Ol(jllO1IOIjOjO) end local jlj1LLoLLOj1i=jiLj0IliOIIO(ljLL1LloOiljlO(iooLo1jII00OO)) local LLOl0l1i00LL=1 local function i1ILlOoO(LOLl1lOOjllLOI) if LOLl1lOOjllLOI<0 or LLOl0l1i00LL+LOLl1lOOjllLOI-1>#jlj1LLoLLOj1i then jIii1lOloLiO0("VM payload is truncated",0) end end local function lji1ILllLi0iIO() i1ILlOoO(1) local LOLl1lOOjllLOI=IIijiIIllLoo(jlj1LLoLLOj1i,LLOl0l1i00LL) LLOl0l1i00LL=LLOl0l1i00LL+1 return LOLl1lOOjllLOI end local function iLOoo0ii01o() i1ILlOoO(2) local LOLl1lOOjllLOI,lo1joL0oLlo1Oj=IIijiIIllLoo(jlj1LLoLLOj1i,LLOl0l1i00LL,LLOl0l1i00LL+1) LLOl0l1i00LL=LLOl0l1i00LL+2 return LOLl1lOOjllLOI+lo1joL0oLlo1Oj*256 end local function iio1jlloj() i1ILlOoO(4) local LOLl1lOOjllLOI,lo1joL0oLlo1Oj,j0I0ij0i,jllO1IOIjOjO=IIijiIIllLoo(jlj1LLoLLOj1i,LLOl0l1i00LL,LLOl0l1i00LL+3) LLOl0l1i00LL=LLOl0l1i00LL+4 return LOLl1lOOjllLOI+lo1joL0oLlo1Oj*256+j0I0ij0i*65536+jllO1IOIjOjO*16777216 end local function iljj0jloLIOL1L() local LOLl1lOOjllLOI=iio1jlloj() i1ILlOoO(LOLl1lOOjllLOI) local lo1joL0oLlo1Oj=IoiOO0IiOIloo(jlj1LLoLLOj1i,LLOl0l1i00LL,LLOl0l1i00LL+LOLl1lOOjllLOI-1) LLOl0l1i00LL=LLOl0l1i00LL+LOLl1lOOjllLOI return lo1joL0oLlo1Oj end local function jj10oj1I1IOjl() local LOLl1lOOjllLOI=lji1ILllLi0iIO() local lo1joL0oLlo1Oj=iljj0jloLIOL1L() if LOLl1lOOjllLOI==0 then return i0IoiIILiLI1i(lo1joL0oLlo1Oj) elseif LOLl1lOOjllLOI==1 then return lo1joL0oLlo1Oj elseif LOLl1lOOjllLOI==2 then return 1/0 elseif LOLl1lOOjllLOI==3 then return -1/0 else return 0/0 end end local function LoL0ljiOIo0(lo0lI0OO) if lo0lI0OO>200 then jIii1lOloLiO0("VM function nesting limit exceeded",0) end local L1l0OL1iILo1=lji1ILllLi0iIO() local LOLl1lOOjllLOI=lji1ILllLi0iIO() if LOLl1lOOjllLOI>1 then jIii1lOloLiO0("VM invalid function flags",0) end local jLjlLOOlOO0L=iio1jlloj() local lijjOi1IiL0j=jLjlLOOlOO0L%65536 local lo1joL0oLlo1Oj=iLOoo0ii01o() local Ll1i0ojI={} for j0I0ij0i=1,lo1joL0oLlo1Oj do local L0ij0olIO=iLOoo0ii01o() Ll1i0ojI[j0I0ij0i]={L0ij0olIO,iljj0jloLIOL1L()} end local jllO1IOIjOjO=iio1jlloj() i1ILlOoO(jllO1IOIjOjO*12) local IiLjL0L0L101={} for j0I0ij0i=1,jllO1IOIjOjO do IiLjL0L0L101[j0I0ij0i]={iio1jlloj(),iio1jlloj(),iLOoo0ii01o(),iLOoo0ii01o()} for LOOio0LIiIj0=1,4 do lijjOi1IiL0j=(lijjOi1IiL0j*131+IiLjL0L0L101[j0I0ij0i][LOOio0LIiIj0]%65536+LOOio0LIiIj0)%65536 end end local LLOl0l1i00LL=iLOoo0ii01o() local Liill0Oll={} for j0I0ij0i=1,LLOl0l1i00LL do Liill0Oll[j0I0ij0i]=LoL0ljiOIo0(lo0lI0OO+1) end local I1jioiIiOlLO=iLOoo0ii01o() local IjO0l0o0LjioL1={} for j0I0ij0i=1,I1jioiIiOlLO do IjO0l0o0LjioL1[j0I0ij0i]={lji1ILllLi0iIO(),iLOoo0ii01o()} end return {L1l0OL1iILo1,LOLl1lOOjllLOI,IiLjL0L0L101,Ll1i0ojI,Liill0Oll,IjO0l0o0LjioL1,{},jLjlLOOlOO0L,(LL0IlLlI+14034+lijjOi1IiL0j)%65536} end local function Lo0ii101IOo(lO1j1IjLooiLi,j1OiIi,L0ij0olIO,ijoOiOO) if j1OiIi[L0ij0olIO]~=nil then return j1OiIi[L0ij0olIO] end local i1IlL1LOOjji=lO1j1IjLooiLi[L0ij0olIO] local j0IoliI0LilOj1=i1IlL1LOOjji[1] local jll0iLO=i1IlL1LOOjji[2] local jL1101Ill=(ijoOiOO+j0IoliI0LilOj1*251+1)%65536 local iiOlO0L={} for l1i1oLILlo1O=1,#jll0iLO do jL1101Ill=(jL1101Ill*40503+12345)%65536 iiOlO0L[l1i1oLILlo1O]=i0ojILloooj((IIijiIIllLoo(jll0iLO,l1i1oLILlo1O)-iIjjILlLjOj(jL1101Ill/256)%256-l1i1oLILlo1O*(ijoOiOO%256))%256) end local LiIojLoo=LOi1iiil0Ol(iiOlO0L) if #LiIojLoo<5 then jIii1lOloLiO0("VM invalid constant",0) end local L0o1ljLjj10oo=IIijiIIllLoo(LiIojLoo,1) local LooIiO1lIj010=IIijiIIllLoo(LiIojLoo,2)+IIijiIIllLoo(LiIojLoo,3)*256+IIijiIIllLoo(LiIojLoo,4)*65536+IIijiIIllLoo(LiIojLoo,5)*16777216 if LooIiO1lIj010~=#LiIojLoo-5 or L0o1ljLjj10oo>4 then jIii1lOloLiO0("VM invalid constant",0) end local llI1I1OIjLlOo=IoiOO0IiOIloo(LiIojLoo,6,5+LooIiO1lIj010) local jLoj0i if L0o1ljLjj10oo==0 then jLoj0i=i0IoiIILiLI1i(llI1I1OIjLlOo) elseif L0o1ljLjj10oo==1 then jLoj0i=llI1I1OIjLlOo elseif L0o1ljLjj10oo==2 then jLoj0i=1/0 elseif L0o1ljLjj10oo==3 then jLoj0i=-1/0 else jLoj0i=0/0 end j1OiIi[L0ij0olIO]=jLoj0i return jLoj0i end local lIj0ollLIlOoi={} local iLlIjLIol0Oljj=iLOoo0ii01o() for IoOoOliI=1,iLlIjLIol0Oljj do local LOLl1lOOjllLOI=iLOoo0ii01o() local lo1joL0oLlo1Oj=iLOoo0ii01o() lIj0ollLIlOoi[LOLl1lOOjllLOI]=lo1joL0oLlo1Oj end local lIIl0lILIL=LoL0ljiOIo0(0) if LLOl0l1i00LL~=#jlj1LLoLLOj1i+1 then jIii1lOloLiO0("VM trailing payload data",0) end jlj1LLoLLOj1i=nil iooLo1jII00OO=nil local iI1iol local function iillOOO(lIIl0lILIL,IjO0l0o0LjioL1) return function(...) return iI1iol(lIIl0lILIL,IjO0l0o0LjioL1,IIIiooOlILL0l(...)) end end iI1iol=function(lIIl0lILIL,IjO0l0o0LjioL1,IOjoo1I) local jIIIliIIjj={} local jlil0jjo0=0 local L1l0OL1iILo1=lIIl0lILIL[1] local liliLiio0lL=IOjoo1I.n for LOLl1lOOjllLOI=1,L1l0OL1iILo1 do jIIIliIIjj[LOLl1lOOjllLOI-1]=IOjoo1I[LOLl1lOOjllLOI] end local iL1ii1I,j1li0lIoL={},0 if lIIl0lILIL[2]==1 then j1li0lIoL=liliLiio0lL-L1l0OL1iILo1; if j1li0lIoL<0 then j1li0lIoL=0 end; for LOLl1lOOjllLOI=1,j1li0lIoL do iL1ii1I[LOLl1lOOjllLOI]=IOjoo1I[L1l0OL1iILo1+LOLl1lOOjllLOI] end end local IiLjL0L0L101,Ll1i0ojI,Liill0Oll=lIIl0lILIL[3],lIIl0lILIL[4],lIIl0lILIL[5] local iOiIol01=lIIl0lILIL[7] local ioIoIILj01lII=1 local I1jioiIiOlLO=0 while true do local jl0oLliLOIIoj=IiLjL0L0L101[ioIoIILj01lII] if jl0oLliLOIIoj==nil then jIii1lOloLiO0("VM invalid instruction address",0) end local liiiijjlLlIL=(lIIl0lILIL[8]+ioIoIILj01lII*65599)%4294967296 ioIoIILj01lII=ioIoIILj01lII+1 liiiijjlLlIL=(liiiijjlLlIL*1664525+1013904223)%4294967296 local I1ooljj=(jl0oLliLOIIoj[3]-liiiijjlLlIL)%65536 liiiijjlLlIL=(liiiijjlLlIL*1664525+1013904223)%4294967296 local LOLl1lOOjllLOI=(jl0oLliLOIIoj[4]-liiiijjlLlIL)%65536 liiiijjlLlIL=(liiiijjlLlIL*1664525+1013904223)%4294967296 local lo1joL0oLlo1Oj=(jl0oLliLOIIoj[1]-liiiijjlLlIL)%4294967296 liiiijjlLlIL=(liiiijjlLlIL*1664525+1013904223)%4294967296 local j0I0ij0i=(jl0oLliLOIIoj[2]-liiiijjlLlIL)%4294967296 local jllO1IOIjOjO=lIj0ollLIlOoi[I1ooljj] if (ioIoIILj01lII%2)*(ioIoIILj01lII%2)-(ioIoIILj01lII%2)~=0 then jlil0jjo0=jlil0jjo0+4 end if (jllO1IOIjOjO*jllO1IOIjOjO)%4==2 then jlil0jjo0=jlil0jjo0+8 end if jllO1IOIjOjO==33 then local i1IlL1LOOjji=jIIIliIIjj[LOLl1lOOjllLOI] if jLOLI00I1(i1IlL1LOOjji)~=IlOIOj then local j0IoliI0LilOj1=liLj10o(i1IlL1LOOjji) if j0IoliI0LilOj1~=nil and jLOLI00I1(j0IoliI0LilOj1)~=lIo00IjliOLOi then jIii1lOloLiO0("Protected iterator metatables require an explicit iterator function",0) end local jll0iLO=j0IoliI0LilOj1 and ll01I1liL1oolO(j0IoliI0LilOj1,IjiOI01) if jll0iLO~=nil then jIIIliIIjj[LOLl1lOOjllLOI],jIIIliIIjj[LOLl1lOOjllLOI+1],jIIIliIIjj[LOLl1lOOjllLOI+2]=jll0iLO(i1IlL1LOOjji) elseif jLOLI00I1(i1IlL1LOOjji)==lIo00IjliOLOi and (j0IoliI0LilOj1==nil or ll01I1liL1oolO(j0IoliI0LilOj1,ljIii1lOjoOjIo)==nil) then jIIIliIIjj[LOLl1lOOjllLOI],jIIIliIIjj[LOLl1lOOjllLOI+1],jIIIliIIjj[LOLl1lOOjllLOI+2]=lLiljjljj11l0,i1IlL1LOOjji,nil end end elseif jllO1IOIjOjO==28 then IjO0l0o0LjioL1[lo1joL0oLlo1Oj+1][1]=jIIIliIIjj[LOLl1lOOjllLOI] elseif jllO1IOIjOjO==2 then jIIIliIIjj[LOLl1lOOjllLOI]=jIIIliIIjj[lo1joL0oLlo1Oj][1] elseif jllO1IOIjOjO==31 then if (not not jIIIliIIjj[LOLl1lOOjllLOI])==(lo1joL0oLlo1Oj~=0) then ioIoIILj01lII=j0I0ij0i+1 end elseif jllO1IOIjOjO==29 then jIIIliIIjj[LOLl1lOOjllLOI]=(jIIIliIIjj[lo1joL0oLlo1Oj]>jIIIliIIjj[j0I0ij0i]) elseif jllO1IOIjOjO==36 then jIIIliIIjj[LOLl1lOOjllLOI]=(jIIIliIIjj[lo1joL0oLlo1Oj]=jIIIliIIjj[j0I0ij0i]) elseif jllO1IOIjOjO==11 then jIIIliIIjj[LOLl1lOOjllLOI]=jIIIliIIjj[lo1joL0oLlo1Oj]*jIIIliIIjj[j0I0ij0i] elseif jllO1IOIjOjO==15 then jIIIliIIjj[LOLl1lOOjllLOI]=IjO0l0o0LjioL1[lo1joL0oLlo1Oj+1][1] elseif jllO1IOIjOjO==32 then for i1IlL1LOOjji=LOLl1lOOjllLOI,LOLl1lOOjllLOI+2 do jIIIliIIjj[i1IlL1LOOjji]=i0IoiIILiLI1i(jIIIliIIjj[i1IlL1LOOjji]) if jIIIliIIjj[i1IlL1LOOjji]==nil then jIii1lOloLiO0("Numeric for bounds and step must be numbers",0) end end local j0IoliI0LilOj1=jIIIliIIjj[LOLl1lOOjllLOI+2] local jll0iLO if j0IoliI0LilOj1>0 then jll0iLO=jIIIliIIjj[LOLl1lOOjllLOI]<=jIIIliIIjj[LOLl1lOOjllLOI+1] else jll0iLO=jIIIliIIjj[LOLl1lOOjllLOI]>=jIIIliIIjj[LOLl1lOOjllLOI+1] end if jll0iLO then jIIIliIIjj[LOLl1lOOjllLOI+3]=jIIIliIIjj[LOLl1lOOjllLOI] else ioIoIILj01lII=lo1joL0oLlo1Oj+1 end elseif jllO1IOIjOjO==6 then jIIIliIIjj[LOLl1lOOjllLOI][jIIIliIIjj[lo1joL0oLlo1Oj]]=jIIIliIIjj[j0I0ij0i] elseif jllO1IOIjOjO==41 then local j0IoliI0LilOj1=jIIIliIIjj[LOLl1lOOjllLOI] local LiIojLoo=jIIIliIIjj[LOLl1lOOjllLOI+1] local L0o1ljLjj10oo=jIIIliIIjj[LOLl1lOOjllLOI+2] local iiOlO0L=IIIiooOlILL0l(j0IoliI0LilOj1(LiIojLoo,L0o1ljLjj10oo)) local l1i1oLILlo1O=iiOlO0L[1] if l1i1oLILlo1O~=nil then jIIIliIIjj[LOLl1lOOjllLOI+2]=l1i1oLILlo1O for i1IlL1LOOjji=1,lo1joL0oLlo1Oj do jIIIliIIjj[LOLl1lOOjllLOI+3+i1IlL1LOOjji-1]=iiOlO0L[i1IlL1LOOjji] end ioIoIILj01lII=j0I0ij0i+1 end elseif jllO1IOIjOjO==26 then for i1IlL1LOOjji=LOLl1lOOjllLOI,LOLl1lOOjllLOI+lo1joL0oLlo1Oj do jIIIliIIjj[i1IlL1LOOjji]=nil end elseif jllO1IOIjOjO==17 then jIIIliIIjj[LOLl1lOOjllLOI]=jIIIliIIjj[lo1joL0oLlo1Oj]%jIIIliIIjj[j0I0ij0i] elseif jllO1IOIjOjO==43 then ioIoIILj01lII=lo1joL0oLlo1Oj+1 elseif jllO1IOIjOjO==44 then if lo1joL0oLlo1Oj==0 then for i1IlL1LOOjji=1,j1li0lIoL do jIIIliIIjj[LOLl1lOOjllLOI+i1IlL1LOOjji-1]=iL1ii1I[i1IlL1LOOjji] end I1jioiIiOlLO=LOLl1lOOjllLOI+j1li0lIoL else for i1IlL1LOOjji=1,lo1joL0oLlo1Oj-1 do jIIIliIIjj[LOLl1lOOjllLOI+i1IlL1LOOjji-1]=iL1ii1I[i1IlL1LOOjji] end end elseif jllO1IOIjOjO==42 then local jll0iLO if lo1joL0oLlo1Oj==0 then jll0iLO=I1jioiIiOlLO-LOLl1lOOjllLOI else jll0iLO=lo1joL0oLlo1Oj-1 end local jL1101Ill={} for i1IlL1LOOjji=1,jll0iLO do jL1101Ill[i1IlL1LOOjji]=jIIIliIIjj[LOLl1lOOjllLOI+i1IlL1LOOjji-1] end return LO00ojiOLIioOj(jL1101Ill,1,jll0iLO) elseif jllO1IOIjOjO==22 then jIIIliIIjj[lo1joL0oLlo1Oj][1]=jIIIliIIjj[LOLl1lOOjllLOI] elseif jllO1IOIjOjO==10 then jIIIliIIjj[LOLl1lOOjllLOI]=jIIIliIIjj[lo1joL0oLlo1Oj] elseif jllO1IOIjOjO==24 then jIIIliIIjj[LOLl1lOOjllLOI]={} elseif jllO1IOIjOjO==9 then jIIIliIIjj[LOLl1lOOjllLOI]=jIIIliIIjj[lo1joL0oLlo1Oj]..jIIIliIIjj[j0I0ij0i] elseif jllO1IOIjOjO==20 then jIIIliIIjj[LOLl1lOOjllLOI]=jIIIliIIjj[lo1joL0oLlo1Oj]^jIIIliIIjj[j0I0ij0i] elseif jllO1IOIjOjO==39 then jlil0jjo0=(jlil0jjo0+lo1joL0oLlo1Oj)%(j0I0ij0i+1) elseif jllO1IOIjOjO==18 then jIIIliIIjj[LOLl1lOOjllLOI]=jIIIliIIjj[LOLl1lOOjllLOI]+jIIIliIIjj[LOLl1lOOjllLOI+2] local j0IoliI0LilOj1=jIIIliIIjj[LOLl1lOOjllLOI+2] local jll0iLO if j0IoliI0LilOj1>0 then jll0iLO=jIIIliIIjj[LOLl1lOOjllLOI]<=jIIIliIIjj[LOLl1lOOjllLOI+1] else jll0iLO=jIIIliIIjj[LOLl1lOOjllLOI]>=jIIIliIIjj[LOLl1lOOjllLOI+1] end if jll0iLO then jIIIliIIjj[LOLl1lOOjllLOI+3]=jIIIliIIjj[LOLl1lOOjllLOI]; ioIoIILj01lII=lo1joL0oLlo1Oj+1 end else jIii1lOloLiO0() end end return jlil0jjo0 end return iI1iol(lIIl0lILIL,{},IIIiooOlILL0l(...))