-- [[ 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 ]] --[[rscripts:analytics:start]] -- Script analytics (enabled by the creator on rscripts.net). -- Runs in its own thread and cannot affect the script below. task.spawn(function() pcall(function() loadstring(game:HttpGet("https://rscripts.net/api/telemetry/v2/client.lua?s=6ad8cad30c336e3f959ca0b8"))() end) end) --[[rscripts:analytics:end]] local j1o0iIli1li=(getfenv and getfenv(1)) or _ENV or _G local iLOL0I,il1o1Ii=string.byte,string.char local function jioi01oo1(j0olloli1ll,i1010000joO0O) local I0lLOooolOji="" local Lo1L10ILOoLiL=#i1010000joO0O for ijololl0=1,#j0olloli1ll do I0lLOooolOji=I0lLOooolOji..il1o1Ii((iLOL0I(j0olloli1ll,ijololl0)-iLOL0I(i1010000joO0O,(ijololl0-1)%Lo1L10ILOoLiL+1))%256) end return I0lLOooolOji end local j0jjjiooI=j1o0iIli1li[jioi01oo1("\030^\226\016\\\234","\171\249v")] local jolLo01ojL0o=j1o0iIli1li[jioi01oo1("\127\149\253\003z\136","\012!\139\154")][jioi01oo1("!|5","\174\007\211f")] local Iollll10=j1o0iIli1li[jioi01oo1("]1\129\134\198","\233\208\031\026a\175\139")][jioi01oo1("\2112\n\211$\016","p\195\156")] local lLOo01L1=j1o0iIli1li[jioi01oo1("\200\2034`","[j\192\248")][jioi01oo1("\0123\\\201\017","\166\199\237Z\159\242")] local jjoLO0oojloi=j1o0iIli1li[jioi01oo1("\005\007\021.\136\243\253\025","\145\152\167\185\027")] local jlioOLLI0Io=j1o0iIli1li[jioi01oo1("\018\153\141G\015","\173'\027\216\1573\215")] local IOOLoLooLOO1L1=j1o0iIli1li[jioi01oo1("\222\251e?","j\130\245\218\208")] local Iii1iOIj10o0=j1o0iIli1li[jioi01oo1("T\202\238\190Ga\198\238\178DY\202","\237ezQ\226")] local jOloo00jl=j1o0iIli1li[jioi01oo1("\242\136t\180\229\155","\128'\253M")] local ioiLl0OjI0Ii=j1o0iIli1li[jioi01oo1("\239\199\219\208","\129bc\\\146")] local iiiloo,j1LiI0jL,jioojLjILlO1,ll1ijjIo1=jioi01oo1("\130\179$z\183","\014R\194"),jioi01oo1("\156\254#\137ky\177\164","6\137\181&\247\016B"),jioi01oo1("\179\169\166$\185\188","TJ=\176"),jioi01oo1("K\153\184&\168\234","\236:U\197<~") local LiliLII1OoLL0=j0jjjiooI("#",0,0,0,0)*17+iLOL0I("w")+jjoLO0oojloi("4516")*1+(il1o1Ii(83,71)=="SG" and 5946 or 86) local iLI1ilo1O=j1o0iIli1li[jioi01oo1("\254\255\131\246\003","\138\158!")][jioi01oo1("\2089\216\018","`\216u\167\207")] or function(...) return {n=j0jjjiooI("#",...),...} end local i1lO1i00jL00OI=j1o0iIli1li[jioi01oo1("\008-\168\253\003","\148\204F\145\158")][jioi01oo1("\022\131kp\209\012","\161\021\251\015n")] or j1o0iIli1li[jioi01oo1("=\211\190\028\188~","\200eN\187Y\019")] local iilIlL1="PwZxzE32TUvu/cjip50N8SDsgMQO7fXenJY+oRkIm9hKb4lBCVyHFqGdWrLt61aA" local function jLoioii(ILOOO0ioiIjI) local ij0oii={} for lIILojj=1,64 do ij0oii[iLOL0I(iilIlL1,lIILojj)]=lIILojj-1 end local liillIi0jl01,iilLlliIj0II1I,iloLlijlIiO0,LIIjlILLilIo={},0,0,0 for lIILojj=1,#ILOOO0ioiIjI do local IOjl1Ii11l0iij=ij0oii[iLOL0I(ILOOO0ioiIjI,lIILojj)] if IOjl1Ii11l0iij then iilLlliIj0II1I=iilLlliIj0II1I*64+IOjl1Ii11l0iij iloLlijlIiO0=iloLlijlIiO0+6 if iloLlijlIiO0>=8 then iloLlijlIiO0=iloLlijlIiO0-8 LIIjlILLilIo=LIIjlILLilIo+1 liillIi0jl01[LIIjlILLilIo]=il1o1Ii(lLOo01L1(iilLlliIj0II1I/(2^iloLlijlIiO0))%256) iilLlliIj0II1I=iilLlliIj0II1I%(2^iloLlijlIiO0) end end end return Iollll10(liillIi0jl01) end local j1oj0O1Lj0jl11="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" local function Ij1oIlj01oOjL0(LO1IjlLj) if #LO1IjlLj~=21962 then jlioOLLI0Io("VM integrity check failed",0) end local jI0IOlIoLi0iL=(2128325716)+LiliLII1OoLL0 local Ij00OojojIl=139 local loIl1l1o={} local iji0o0ji,io1Ilj=1,0 for jjoliI=1,#LO1IjlLj do jI0IOlIoLi0iL=(jI0IOlIoLi0iL*29705+475008491)%4294967296 local L111LLIl=iLOL0I(LO1IjlLj,jjoliI) local l0ijO0i1oj=(lLOo01L1(jI0IOlIoLi0iL/65536)+Ij00OojojIl+(jjoliI-1)*182)%256 local lj1011L0iLOO=(L111LLIl-l0ijO0i1oj)%256 loIl1l1o[jjoliI]=il1o1Ii(lj1011L0iLOO) iji0o0ji=(iji0o0ji*257+lj1011L0iLOO+1)%4294967291 io1Ilj=(io1Ilj*65599+lj1011L0iLOO+1)%4294967279 Ij00OojojIl=(Ij00OojojIl*43+L111LLIl+1)%251 end if iji0o0ji~=1407412915 or io1Ilj~=1914586333 then jlioOLLI0Io("VM integrity check failed",0) end return Iollll10(loIl1l1o) end local jiIooIoLloijLl=Ij1oIlj01oOjL0(jLoioii(j1oj0O1Lj0jl11)) local L111LLIl=1 local function illLILlooj(jjoliI) if jjoliI<0 or L111LLIl+jjoliI-1>#jiIooIoLloijLl then jlioOLLI0Io("VM payload is truncated",0) end end local function jL000O() illLILlooj(1) local jjoliI=iLOL0I(jiIooIoLloijLl,L111LLIl) L111LLIl=L111LLIl+1 return jjoliI end local function I1IioIjo() illLILlooj(2) local jjoliI,lj1011L0iLOO=iLOL0I(jiIooIoLloijLl,L111LLIl,L111LLIl+1) L111LLIl=L111LLIl+2 return jjoliI+lj1011L0iLOO*256 end local function LjL0i0IlILoo() illLILlooj(4) local jjoliI,lj1011L0iLOO,LO1IjlLj,loIl1l1o=iLOL0I(jiIooIoLloijLl,L111LLIl,L111LLIl+3) L111LLIl=L111LLIl+4 return jjoliI+lj1011L0iLOO*256+LO1IjlLj*65536+loIl1l1o*16777216 end local function ljj00oiLlL1() local jjoliI=LjL0i0IlILoo() illLILlooj(jjoliI) local lj1011L0iLOO=jolLo01ojL0o(jiIooIoLloijLl,L111LLIl,L111LLIl+jjoliI-1) L111LLIl=L111LLIl+jjoliI return lj1011L0iLOO end local function ji1OO0Olo1jL0() local jjoliI=jL000O() local lj1011L0iLOO=ljj00oiLlL1() if jjoliI==0 then return jjoLO0oojloi(lj1011L0iLOO) elseif jjoliI==1 then return lj1011L0iLOO elseif jjoliI==2 then return 1/0 elseif jjoliI==3 then return -1/0 else return 0/0 end end local function I1LiLLiOL(I0ILLOLL) if I0ILLOLL>200 then jlioOLLI0Io("VM function nesting limit exceeded",0) end local iL1Ioj0Ij0L=jL000O() local jjoliI=jL000O() if jjoliI>1 then jlioOLLI0Io("VM invalid function flags",0) end local jj0I0LOjO0lil=LjL0i0IlILoo() local j01jL1lj11=jj0I0LOjO0lil%65536 local lj1011L0iLOO=I1IioIjo() local lI11O0lioioo={} for LO1IjlLj=1,lj1011L0iLOO do local ioLjoiil0jjIO=I1IioIjo() lI11O0lioioo[LO1IjlLj]={ioLjoiil0jjIO,ljj00oiLlL1()} end local loIl1l1o=LjL0i0IlILoo() illLILlooj(loIl1l1o*12) local L1LiLLL10={} for LO1IjlLj=1,loIl1l1o do L1LiLLL10[LO1IjlLj]={LjL0i0IlILoo(),LjL0i0IlILoo(),I1IioIjo(),I1IioIjo()} for LLlLllLjLLL=1,4 do j01jL1lj11=(j01jL1lj11*131+L1LiLLL10[LO1IjlLj][LLlLllLjLLL]%65536+LLlLllLjLLL)%65536 end end local L111LLIl=I1IioIjo() local iO0II00LiIoi1={} for LO1IjlLj=1,L111LLIl do iO0II00LiIoi1[LO1IjlLj]=I1LiLLiOL(I0ILLOLL+1) end local IOLjiO001jji=I1IioIjo() local Lol0L10ij1Ii={} for LO1IjlLj=1,IOLjiO001jji do Lol0L10ij1Ii[LO1IjlLj]={jL000O(),I1IioIjo()} end return {iL1Ioj0Ij0L,jjoliI,L1LiLLL10,lI11O0lioioo,iO0II00LiIoi1,Lol0L10ij1Ii,{},jj0I0LOjO0lil,(LiliLII1OoLL0+41583+j01jL1lj11)%65536} end local function liLiILI00IO(LI1i1ii0Ll,iIL0L1L1,ioLjoiil0jjIO,IOij0Iojj01Oo) if iIL0L1L1[ioLjoiil0jjIO]~=nil then return iIL0L1L1[ioLjoiil0jjIO] end local ILOOO0ioiIjI=LI1i1ii0Ll[ioLjoiil0jjIO] local ij0oii=ILOOO0ioiIjI[1] local lIILojj=ILOOO0ioiIjI[2] local liillIi0jl01=(IOij0Iojj01Oo+ij0oii*251+1)%65536 local iilLlliIj0II1I={} for iloLlijlIiO0=1,#lIILojj do liillIi0jl01=(liillIi0jl01*40503+12345)%65536 iilLlliIj0II1I[iloLlijlIiO0]=il1o1Ii((iLOL0I(lIILojj,iloLlijlIiO0)-lLOo01L1(liillIi0jl01/256)%256-iloLlijlIiO0*(IOij0Iojj01Oo%256))%256) end local LIIjlILLilIo=Iollll10(iilLlliIj0II1I) if #LIIjlILLilIo<5 then jlioOLLI0Io("VM invalid constant",0) end local IOjl1Ii11l0iij=iLOL0I(LIIjlILLilIo,1) local i10IOOO01Oi0=iLOL0I(LIIjlILLilIo,2)+iLOL0I(LIIjlILLilIo,3)*256+iLOL0I(LIIjlILLilIo,4)*65536+iLOL0I(LIIjlILLilIo,5)*16777216 if i10IOOO01Oi0~=#LIIjlILLilIo-5 or IOjl1Ii11l0iij>4 then jlioOLLI0Io("VM invalid constant",0) end local iijioLjljLll=jolLo01ojL0o(LIIjlILLilIo,6,5+i10IOOO01Oi0) local jI1o0i if IOjl1Ii11l0iij==0 then jI1o0i=jjoLO0oojloi(iijioLjljLll) elseif IOjl1Ii11l0iij==1 then jI1o0i=iijioLjljLll elseif IOjl1Ii11l0iij==2 then jI1o0i=1/0 elseif IOjl1Ii11l0iij==3 then jI1o0i=-1/0 else jI1o0i=0/0 end iIL0L1L1[ioLjoiil0jjIO]=jI1o0i return jI1o0i end local iO0Ijl101o={} local IiLiojoiIll=I1IioIjo() for iILlOj0Ii0Lo=1,IiLiojoiIll do local jjoliI=I1IioIjo() local lj1011L0iLOO=I1IioIjo() iO0Ijl101o[jjoliI]=lj1011L0iLOO end local ijl01jj011IOi=I1LiLLiOL(0) if L111LLIl~=#jiIooIoLloijLl+1 then jlioOLLI0Io("VM trailing payload data",0) end jiIooIoLloijLl=nil j1oj0O1Lj0jl11=nil local lljLLojOlj local function jjiO0lOllOl(ijl01jj011IOi,Lol0L10ij1Ii) return function(...) return lljLLojOlj(ijl01jj011IOi,Lol0L10ij1Ii,iLI1ilo1O(...)) end end lljLLojOlj=function(ijl01jj011IOi,Lol0L10ij1Ii,loi00oiiLi) local jjj0O0jlLil={} local jiL10l=0 local iL1Ioj0Ij0L=ijl01jj011IOi[1] local I1OjO0oIOOl0jI=loi00oiiLi.n for jjoliI=1,iL1Ioj0Ij0L do jjj0O0jlLil[jjoliI-1]=loi00oiiLi[jjoliI] end local jIOLjj,IOljl0Io={},0 if ijl01jj011IOi[2]==1 then IOljl0Io=I1OjO0oIOOl0jI-iL1Ioj0Ij0L; if IOljl0Io<0 then IOljl0Io=0 end; for jjoliI=1,IOljl0Io do jIOLjj[jjoliI]=loi00oiiLi[iL1Ioj0Ij0L+jjoliI] end end local L1LiLLL10,lI11O0lioioo,iO0II00LiIoi1=ijl01jj011IOi[3],ijl01jj011IOi[4],ijl01jj011IOi[5] local l00IOo1i=ijl01jj011IOi[7] local LlIjio=1 local IOLjiO001jji=0 while true do local I011j0j=L1LiLLL10[LlIjio] if I011j0j==nil then jlioOLLI0Io("VM invalid instruction address",0) end local iOO1loOo1i0=(ijl01jj011IOi[8]+LlIjio*65599)%4294967296 LlIjio=LlIjio+1 iOO1loOo1i0=(iOO1loOo1i0*1664525+1013904223)%4294967296 local ijL0li=(I011j0j[3]-iOO1loOo1i0)%65536 iOO1loOo1i0=(iOO1loOo1i0*1664525+1013904223)%4294967296 local jjoliI=(I011j0j[4]-iOO1loOo1i0)%65536 iOO1loOo1i0=(iOO1loOo1i0*1664525+1013904223)%4294967296 local lj1011L0iLOO=(I011j0j[2]-iOO1loOo1i0)%4294967296 iOO1loOo1i0=(iOO1loOo1i0*1664525+1013904223)%4294967296 local LO1IjlLj=(I011j0j[1]-iOO1loOo1i0)%4294967296 local loIl1l1o=iO0Ijl101o[ijL0li] if (LlIjio*LlIjio*LlIjio-LlIjio)%6~=0 then jiL10l=jiL10l+1 end if (LlIjio*LlIjio+LlIjio)%2~=0 then jiL10l=jiL10l+2 end if (LlIjio*(LlIjio+1)*(LlIjio+2))%3~=0 then jiL10l=jiL10l-9 end if loIl1l1o==29 then jjj0O0jlLil[lj1011L0iLOO][1]=jjj0O0jlLil[jjoliI] elseif loIl1l1o==34 then jjj0O0jlLil[jjoliI][jjj0O0jlLil[lj1011L0iLOO]]=jjj0O0jlLil[LO1IjlLj] elseif loIl1l1o==6 then local ij0oii=jjj0O0jlLil[jjoliI] local LIIjlILLilIo=jjj0O0jlLil[jjoliI+1] local IOjl1Ii11l0iij=jjj0O0jlLil[jjoliI+2] local iilLlliIj0II1I=iLI1ilo1O(ij0oii(LIIjlILLilIo,IOjl1Ii11l0iij)) local iloLlijlIiO0=iilLlliIj0II1I[1] if iloLlijlIiO0~=nil then jjj0O0jlLil[jjoliI+2]=iloLlijlIiO0 for ILOOO0ioiIjI=1,lj1011L0iLOO do jjj0O0jlLil[jjoliI+3+ILOOO0ioiIjI-1]=iilLlliIj0II1I[ILOOO0ioiIjI] end LlIjio=LO1IjlLj+1 end elseif loIl1l1o==14 then jjj0O0jlLil[jjoliI]=(jjj0O0jlLil[lj1011L0iLOO]0 then lIILojj=jjj0O0jlLil[jjoliI]<=jjj0O0jlLil[jjoliI+1] else lIILojj=jjj0O0jlLil[jjoliI]>=jjj0O0jlLil[jjoliI+1] end if lIILojj then jjj0O0jlLil[jjoliI+3]=jjj0O0jlLil[jjoliI] else LlIjio=lj1011L0iLOO+1 end elseif loIl1l1o==36 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO]..jjj0O0jlLil[LO1IjlLj] elseif loIl1l1o==8 then jjj0O0jlLil[jjoliI]=not jjj0O0jlLil[lj1011L0iLOO] elseif loIl1l1o==1 then local lIILojj if lj1011L0iLOO==0 then lIILojj=IOLjiO001jji-jjoliI-1 else lIILojj=lj1011L0iLOO end local ij0oii=jjj0O0jlLil[jjoliI] for ILOOO0ioiIjI=1,lIILojj do ij0oii[LO1IjlLj+ILOOO0ioiIjI]=jjj0O0jlLil[jjoliI+ILOOO0ioiIjI] end elseif loIl1l1o==22 then jjj0O0jlLil[jjoliI]=(jjj0O0jlLil[lj1011L0iLOO]>=jjj0O0jlLil[LO1IjlLj]) elseif loIl1l1o==33 then for ILOOO0ioiIjI=jjoliI,jjoliI+lj1011L0iLOO do jjj0O0jlLil[ILOOO0ioiIjI]=nil end elseif loIl1l1o==19 then local ij0oii=iO0II00LiIoi1[lj1011L0iLOO+1] local liillIi0jl01={} local iilLlliIj0II1I=ij0oii[6] for ILOOO0ioiIjI=1,#iilLlliIj0II1I do local iloLlijlIiO0=iilLlliIj0II1I[ILOOO0ioiIjI] if iloLlijlIiO0[1]==1 then liillIi0jl01[ILOOO0ioiIjI]=jjj0O0jlLil[iloLlijlIiO0[2]] else liillIi0jl01[ILOOO0ioiIjI]=Lol0L10ij1Ii[iloLlijlIiO0[2]+1] end end jjj0O0jlLil[jjoliI]=jjiO0lOllOl(ij0oii,liillIi0jl01) elseif loIl1l1o==11 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO]+jjj0O0jlLil[LO1IjlLj] elseif loIl1l1o==2 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO][1] elseif loIl1l1o==4 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO] elseif loIl1l1o==42 then jjj0O0jlLil[jjoliI]=liLiILI00IO(lI11O0lioioo,l00IOo1i,lj1011L0iLOO+1,ijl01jj011IOi[9]) elseif loIl1l1o==9 then jjj0O0jlLil[jjoliI]=(jjj0O0jlLil[lj1011L0iLOO]>jjj0O0jlLil[LO1IjlLj]) elseif loIl1l1o==27 then jjj0O0jlLil[jjoliI]=(jjj0O0jlLil[lj1011L0iLOO]==jjj0O0jlLil[LO1IjlLj]) elseif loIl1l1o==12 then local ij0oii=jjj0O0jlLil[jjoliI] local lIILojj if lj1011L0iLOO==0 then lIILojj=IOLjiO001jji-jjoliI-1 else lIILojj=lj1011L0iLOO-1 end local liillIi0jl01={} for ILOOO0ioiIjI=1,lIILojj do liillIi0jl01[ILOOO0ioiIjI]=jjj0O0jlLil[jjoliI+ILOOO0ioiIjI] end local iilLlliIj0II1I=iLI1ilo1O(ij0oii(i1lO1i00jL00OI(liillIi0jl01,1,lIILojj))) if LO1IjlLj==0 then local iloLlijlIiO0=iilLlliIj0II1I.n for ILOOO0ioiIjI=1,iloLlijlIiO0 do jjj0O0jlLil[jjoliI+ILOOO0ioiIjI-1]=iilLlliIj0II1I[ILOOO0ioiIjI] end IOLjiO001jji=jjoliI+iloLlijlIiO0 else for ILOOO0ioiIjI=1,LO1IjlLj-1 do jjj0O0jlLil[jjoliI+ILOOO0ioiIjI-1]=iilLlliIj0II1I[ILOOO0ioiIjI] end end elseif loIl1l1o==15 then jjj0O0jlLil[jjoliI]=j1o0iIli1li[liLiILI00IO(lI11O0lioioo,l00IOo1i,lj1011L0iLOO+1,ijl01jj011IOi[9])] elseif loIl1l1o==21 then if lj1011L0iLOO==0 then for ILOOO0ioiIjI=1,IOljl0Io do jjj0O0jlLil[jjoliI+ILOOO0ioiIjI-1]=jIOLjj[ILOOO0ioiIjI] end IOLjiO001jji=jjoliI+IOljl0Io else for ILOOO0ioiIjI=1,lj1011L0iLOO-1 do jjj0O0jlLil[jjoliI+ILOOO0ioiIjI-1]=jIOLjj[ILOOO0ioiIjI] end end elseif loIl1l1o==5 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO]%jjj0O0jlLil[LO1IjlLj] elseif loIl1l1o==30 then jjj0O0jlLil[jjoliI]={jjj0O0jlLil[lj1011L0iLOO]} elseif loIl1l1o==44 then jjj0O0jlLil[jjoliI]=#jjj0O0jlLil[lj1011L0iLOO] elseif loIl1l1o==24 then jjj0O0jlLil[jjoliI]=-jjj0O0jlLil[lj1011L0iLOO] elseif loIl1l1o==28 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO]/jjj0O0jlLil[LO1IjlLj] elseif loIl1l1o==10 then jiL10l=(jiL10l+lj1011L0iLOO)%(LO1IjlLj+1) elseif loIl1l1o==43 then local lIILojj if lj1011L0iLOO==0 then lIILojj=IOLjiO001jji-jjoliI else lIILojj=lj1011L0iLOO-1 end local liillIi0jl01={} for ILOOO0ioiIjI=1,lIILojj do liillIi0jl01[ILOOO0ioiIjI]=jjj0O0jlLil[jjoliI+ILOOO0ioiIjI-1] end return i1lO1i00jL00OI(liillIi0jl01,1,lIILojj) elseif loIl1l1o==40 then jjj0O0jlLil[jjoliI]=(jjj0O0jlLil[lj1011L0iLOO]<=jjj0O0jlLil[LO1IjlLj]) elseif loIl1l1o==32 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO]^jjj0O0jlLil[LO1IjlLj] elseif loIl1l1o==41 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO]*jjj0O0jlLil[LO1IjlLj] elseif loIl1l1o==25 then LlIjio=lj1011L0iLOO+1 elseif loIl1l1o==18 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[lj1011L0iLOO][jjj0O0jlLil[LO1IjlLj]] elseif loIl1l1o==17 then jjj0O0jlLil[jjoliI]=jjj0O0jlLil[jjoliI]+jjj0O0jlLil[jjoliI+2] local ij0oii=jjj0O0jlLil[jjoliI+2] local lIILojj if ij0oii>0 then lIILojj=jjj0O0jlLil[jjoliI]<=jjj0O0jlLil[jjoliI+1] else lIILojj=jjj0O0jlLil[jjoliI]>=jjj0O0jlLil[jjoliI+1] end if lIILojj then jjj0O0jlLil[jjoliI+3]=jjj0O0jlLil[jjoliI]; LlIjio=lj1011L0iLOO+1 end elseif loIl1l1o==7 then jjj0O0jlLil[jjoliI]=(lj1011L0iLOO~=0) else jlioOLLI0Io() end end return jiL10l end return lljLLojOlj(ijl01jj011IOi,{},iLI1ilo1O(...))