-- [[ 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=6ad8bb0388ef9c953830d813"))() end) end) --[[rscripts:analytics:end]] local l0lOjOiOiO=(getfenv and getfenv(1)) or _ENV or _G local ilL0LL0i,lOi0IojI=string.byte,string.char local function jjLlLLio(LiIojojO0,jo1jI11Io0jj0) local jjiiolL="" local i0jOLil0lL=#jo1jI11Io0jj0 for IL0oio0=1,#LiIojojO0 do jjiiolL=jjiiolL..lOi0IojI((ilL0LL0i(LiIojojO0,IL0oio0)-ilL0LL0i(jo1jI11Io0jj0,(IL0oio0-1)%i0jOLil0lL+1))%256) end return jjiiolL end local L1joji=l0lOjOiOiO[jjLlLLio("\175Z\168\210\159i","<\245=8 then LIjol00j=LIjol00j-8 iL0Ooij11j0=iL0Ooij11j0+1 IjjoiI1OIII0[iL0Ooij11j0]=lOi0IojI(Ioloijjljji00(iIIl0o/(2^LIjol00j))%256) iIIl0o=iIIl0o%(2^LIjol00j) end end end return LOjOOjiiii(IjjoiI1OIII0) end local jOoOjLil11L0="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" local function LOiLliOll1iljl(LjLLll1LlIiiL) if #LjLLll1LlIiiL~=13239 then LOOLO1l0I10("VM integrity check failed",0) end local ijLLIlLLoooLlj=(371555156)+jO0olOiII local LjijiOilijI=242 local jj1lOOoIoI={} local L0ji0oO0,LOlO0j1IOjOiL=1,0 for IlLIOjojl0o=1,#LjLLll1LlIiiL do ijLLIlLLoooLlj=(ijLLIlLLoooLlj*25141+962183789)%4294967296 local lOiII0i10I=ilL0LL0i(LjLLll1LlIiiL,IlLIOjojl0o) local Il1ji1iI=(Ioloijjljji00(ijLLIlLLoooLlj/65536)+LjijiOilijI+(IlLIOjojl0o-1)*232)%256 local iLool0IIl1=(lOiII0i10I-Il1ji1iI)%256 jj1lOOoIoI[IlLIOjojl0o]=lOi0IojI(iLool0IIl1) L0ji0oO0=(L0ji0oO0*257+iLool0IIl1+1)%4294967291 LOlO0j1IOjOiL=(LOlO0j1IOjOiL*65599+iLool0IIl1+1)%4294967279 LjijiOilijI=(LjijiOilijI*41+lOiII0i10I+1)%251 end if L0ji0oO0~=251961227 or LOlO0j1IOjOiL~=2813753020 then LOOLO1l0I10("VM integrity check failed",0) end return LOjOOjiiii(jj1lOOoIoI) end local lliL1jL=LOiLliOll1iljl(jloIl1L111lji(jOoOjLil11L0)) local lOiII0i10I=1 local function Ilii10Oj1j01(IlLIOjojl0o) if IlLIOjojl0o<0 or lOiII0i10I+IlLIOjojl0o-1>#lliL1jL then LOOLO1l0I10("VM payload is truncated",0) end end local function illoO0j1l() Ilii10Oj1j01(1) local IlLIOjojl0o=ilL0LL0i(lliL1jL,lOiII0i10I) lOiII0i10I=lOiII0i10I+1 return IlLIOjojl0o end local function I1IlIjijLO() Ilii10Oj1j01(2) local IlLIOjojl0o,iLool0IIl1=ilL0LL0i(lliL1jL,lOiII0i10I,lOiII0i10I+1) lOiII0i10I=lOiII0i10I+2 return IlLIOjojl0o+iLool0IIl1*256 end local function j1jj0i0j() Ilii10Oj1j01(4) local IlLIOjojl0o,iLool0IIl1,LjLLll1LlIiiL,jj1lOOoIoI=ilL0LL0i(lliL1jL,lOiII0i10I,lOiII0i10I+3) lOiII0i10I=lOiII0i10I+4 return IlLIOjojl0o+iLool0IIl1*256+LjLLll1LlIiiL*65536+jj1lOOoIoI*16777216 end local function IOIIilI1() local IlLIOjojl0o=j1jj0i0j() Ilii10Oj1j01(IlLIOjojl0o) local iLool0IIl1=IjLO00ljliLlL(lliL1jL,lOiII0i10I,lOiII0i10I+IlLIOjojl0o-1) lOiII0i10I=lOiII0i10I+IlLIOjojl0o return iLool0IIl1 end local function jI1oii0() local IlLIOjojl0o=illoO0j1l() local iLool0IIl1=IOIIilI1() if IlLIOjojl0o==0 then return LjLII10o(iLool0IIl1) elseif IlLIOjojl0o==1 then return iLool0IIl1 elseif IlLIOjojl0o==2 then return 1/0 elseif IlLIOjojl0o==3 then return -1/0 else return 0/0 end end local function lO1L1LL(lIIOIL11Il0I) if lIIOIL11Il0I>200 then LOOLO1l0I10("VM function nesting limit exceeded",0) end local ll0lLIOj1L=illoO0j1l() local IlLIOjojl0o=illoO0j1l() if IlLIOjojl0o>1 then LOOLO1l0I10("VM invalid function flags",0) end local lLll0Ll=j1jj0i0j() local L0OO00=lLll0Ll%65536 local iLool0IIl1=I1IlIjijLO() local Loi1110I1oO={} for LjLLll1LlIiiL=1,iLool0IIl1 do local Iijjoo01IjII=I1IlIjijLO() Loi1110I1oO[LjLLll1LlIiiL]={Iijjoo01IjII,IOIIilI1()} end local jj1lOOoIoI=j1jj0i0j() Ilii10Oj1j01(jj1lOOoIoI*12) local LoOoOl111IL={} for LjLLll1LlIiiL=1,jj1lOOoIoI do LoOoOl111IL[LjLLll1LlIiiL]={I1IlIjijLO(),I1IlIjijLO(),j1jj0i0j(),j1jj0i0j()} for Loj0ii1=1,4 do L0OO00=(L0OO00*131+LoOoOl111IL[LjLLll1LlIiiL][Loj0ii1]%65536+Loj0ii1)%65536 end end local lOiII0i10I=I1IlIjijLO() local L1ooiool={} for LjLLll1LlIiiL=1,lOiII0i10I do L1ooiool[LjLLll1LlIiiL]=lO1L1LL(lIIOIL11Il0I+1) end local lOoOl0L0ioio=I1IlIjijLO() local loiioooL0={} for LjLLll1LlIiiL=1,lOoOl0L0ioio do loiioooL0[LjLLll1LlIiiL]={illoO0j1l(),I1IlIjijLO()} end return {ll0lLIOj1L,IlLIOjojl0o,LoOoOl111IL,Loi1110I1oO,L1ooiool,loiioooL0,{},lLll0Ll,(jO0olOiII+53397+L0OO00)%65536} end local function I00jO0jLj1I(lOjjljI,lIl0lo,Iijjoo01IjII,j0liOOO) if lIl0lo[Iijjoo01IjII]~=nil then return lIl0lo[Iijjoo01IjII] end local iIolO0=lOjjljI[Iijjoo01IjII] local IOLLjOl=iIolO0[1] local lILjoLOo1=iIolO0[2] local IjjoiI1OIII0=(j0liOOO+IOLLjOl*251+1)%65536 local iIIl0o={} for LIjol00j=1,#lILjoLOo1 do IjjoiI1OIII0=(IjjoiI1OIII0*40503+12345)%65536 iIIl0o[LIjol00j]=lOi0IojI((ilL0LL0i(lILjoLOo1,LIjol00j)-Ioloijjljji00(IjjoiI1OIII0/256)%256-LIjol00j*(j0liOOO%256))%256) end local iL0Ooij11j0=LOjOOjiiii(iIIl0o) if #iL0Ooij11j0<5 then LOOLO1l0I10("VM invalid constant",0) end local llLjIo=ilL0LL0i(iL0Ooij11j0,1) local LoOljILjLjOoI=ilL0LL0i(iL0Ooij11j0,2)+ilL0LL0i(iL0Ooij11j0,3)*256+ilL0LL0i(iL0Ooij11j0,4)*65536+ilL0LL0i(iL0Ooij11j0,5)*16777216 if LoOljILjLjOoI~=#iL0Ooij11j0-5 or llLjIo>4 then LOOLO1l0I10("VM invalid constant",0) end local Ll11l1L=IjLO00ljliLlL(iL0Ooij11j0,6,5+LoOljILjLjOoI) local I00oil1lojL if llLjIo==0 then I00oil1lojL=LjLII10o(Ll11l1L) elseif llLjIo==1 then I00oil1lojL=Ll11l1L elseif llLjIo==2 then I00oil1lojL=1/0 elseif llLjIo==3 then I00oil1lojL=-1/0 else I00oil1lojL=0/0 end lIl0lo[Iijjoo01IjII]=I00oil1lojL return I00oil1lojL end local i0Oi1LiL001LoI={} local LooillI0=I1IlIjijLO() for j1iOjiooo0oIjI=1,LooillI0 do local IlLIOjojl0o=I1IlIjijLO() local iLool0IIl1=I1IlIjijLO() i0Oi1LiL001LoI[IlLIOjojl0o]=iLool0IIl1 end local ijIo10=lO1L1LL(0) if lOiII0i10I~=#lliL1jL+1 then LOOLO1l0I10("VM trailing payload data",0) end lliL1jL=nil jOoOjLil11L0=nil local jjl011i local function iljLjjLl0L(ijIo10,loiioooL0) return function(...) return jjl011i(ijIo10,loiioooL0,iooi0OLI(...)) end end jjl011i=function(ijIo10,loiioooL0,IjioiO0ijoI) local jLli1LoI1={} local looi1LiI0Li=0 local ll0lLIOj1L=ijIo10[1] local jjLoOLljLI=IjioiO0ijoI.n for IlLIOjojl0o=1,ll0lLIOj1L do jLli1LoI1[IlLIOjojl0o-1]=IjioiO0ijoI[IlLIOjojl0o] end local Lio1j1iLlo,iOijol0ljI={},0 if ijIo10[2]==1 then iOijol0ljI=jjLoOLljLI-ll0lLIOj1L; if iOijol0ljI<0 then iOijol0ljI=0 end; for IlLIOjojl0o=1,iOijol0ljI do Lio1j1iLlo[IlLIOjojl0o]=IjioiO0ijoI[ll0lLIOj1L+IlLIOjojl0o] end end local LoOoOl111IL,Loi1110I1oO,L1ooiool=ijIo10[3],ijIo10[4],ijIo10[5] local liLILilo=ijIo10[7] local L1OLlL=1 local lOoOl0L0ioio=0 while true do local lloIj1L1Loi0=LoOoOl111IL[L1OLlL] if lloIj1L1Loi0==nil then LOOLO1l0I10("VM invalid instruction address",0) end local j1jIo0L=(ijIo10[8]+L1OLlL*65599)%4294967296 L1OLlL=L1OLlL+1 j1jIo0L=(j1jIo0L*1664525+1013904223)%4294967296 local i00oOoIIl=(lloIj1L1Loi0[1]-j1jIo0L)%65536 j1jIo0L=(j1jIo0L*1664525+1013904223)%4294967296 local IlLIOjojl0o=(lloIj1L1Loi0[2]-j1jIo0L)%65536 j1jIo0L=(j1jIo0L*1664525+1013904223)%4294967296 local iLool0IIl1=(lloIj1L1Loi0[3]-j1jIo0L)%4294967296 j1jIo0L=(j1jIo0L*1664525+1013904223)%4294967296 local LjLLll1LlIiiL=(lloIj1L1Loi0[4]-j1jIo0L)%4294967296 local jj1lOOoIoI=i0Oi1LiL001LoI[i00oOoIIl] if (L1OLlL*L1OLlL*L1OLlL-L1OLlL)%6~=0 then looi1LiI0Li=looi1LiI0Li+4 end if (L1OLlL*(L1OLlL+1)*(L1OLlL+2))%3~=0 then looi1LiI0Li=looi1LiI0Li-2 end if (jj1lOOoIoI*jj1lOOoIoI)%4==2 then looi1LiI0Li=looi1LiI0Li+1 end if jj1lOOoIoI==41 then jLli1LoI1[IlLIOjojl0o]=(jLli1LoI1[iLool0IIl1]>=jLli1LoI1[LjLLll1LlIiiL]) elseif jj1lOOoIoI==26 then if (not not jLli1LoI1[IlLIOjojl0o])==(iLool0IIl1~=0) then L1OLlL=LjLLll1LlIiiL+1 end elseif jj1lOOoIoI==28 then for iIolO0=IlLIOjojl0o,IlLIOjojl0o+2 do jLli1LoI1[iIolO0]=LjLII10o(jLli1LoI1[iIolO0]) if jLli1LoI1[iIolO0]==nil then LOOLO1l0I10("Numeric for bounds and step must be numbers",0) end end local IOLLjOl=jLli1LoI1[IlLIOjojl0o+2] local lILjoLOo1 if IOLLjOl>0 then lILjoLOo1=jLli1LoI1[IlLIOjojl0o]<=jLli1LoI1[IlLIOjojl0o+1] else lILjoLOo1=jLli1LoI1[IlLIOjojl0o]>=jLli1LoI1[IlLIOjojl0o+1] end if lILjoLOo1 then jLli1LoI1[IlLIOjojl0o+3]=jLli1LoI1[IlLIOjojl0o] else L1OLlL=iLool0IIl1+1 end elseif jj1lOOoIoI==31 then for iIolO0=IlLIOjojl0o,IlLIOjojl0o+iLool0IIl1 do jLli1LoI1[iIolO0]=nil end elseif jj1lOOoIoI==15 then local lILjoLOo1 if iLool0IIl1==0 then lILjoLOo1=lOoOl0L0ioio-IlLIOjojl0o else lILjoLOo1=iLool0IIl1-1 end local IjjoiI1OIII0={} for iIolO0=1,lILjoLOo1 do IjjoiI1OIII0[iIolO0]=jLli1LoI1[IlLIOjojl0o+iIolO0-1] end return LIO0j0(IjjoiI1OIII0,1,lILjoLOo1) elseif jj1lOOoIoI==11 then jLli1LoI1[IlLIOjojl0o][jLli1LoI1[iLool0IIl1]]=jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==38 then jLli1LoI1[IlLIOjojl0o]=(iLool0IIl1~=0) elseif jj1lOOoIoI==1 then jLli1LoI1[iLool0IIl1][1]=jLli1LoI1[IlLIOjojl0o] elseif jj1lOOoIoI==39 then local IOLLjOl=jLli1LoI1[IlLIOjojl0o] local lILjoLOo1 if iLool0IIl1==0 then lILjoLOo1=lOoOl0L0ioio-IlLIOjojl0o-1 else lILjoLOo1=iLool0IIl1-1 end local IjjoiI1OIII0={} for iIolO0=1,lILjoLOo1 do IjjoiI1OIII0[iIolO0]=jLli1LoI1[IlLIOjojl0o+iIolO0] end local iIIl0o=iooi0OLI(IOLLjOl(LIO0j0(IjjoiI1OIII0,1,lILjoLOo1))) if LjLLll1LlIiiL==0 then local LIjol00j=iIIl0o.n for iIolO0=1,LIjol00j do jLli1LoI1[IlLIOjojl0o+iIolO0-1]=iIIl0o[iIolO0] end lOoOl0L0ioio=IlLIOjojl0o+LIjol00j else for iIolO0=1,LjLLll1LlIiiL-1 do jLli1LoI1[IlLIOjojl0o+iIolO0-1]=iIIl0o[iIolO0] end end elseif jj1lOOoIoI==35 then loiioooL0[iLool0IIl1+1][1]=jLli1LoI1[IlLIOjojl0o] elseif jj1lOOoIoI==34 then local lILjoLOo1 if iLool0IIl1==0 then lILjoLOo1=lOoOl0L0ioio-IlLIOjojl0o-1 else lILjoLOo1=iLool0IIl1 end local IOLLjOl=jLli1LoI1[IlLIOjojl0o] for iIolO0=1,lILjoLOo1 do IOLLjOl[LjLLll1LlIiiL+iIolO0]=jLli1LoI1[IlLIOjojl0o+iIolO0] end elseif jj1lOOoIoI==25 then jLli1LoI1[IlLIOjojl0o]=not jLli1LoI1[iLool0IIl1] elseif jj1lOOoIoI==32 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]-jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==24 then jLli1LoI1[IlLIOjojl0o]=I00jO0jLj1I(Loi1110I1oO,liLILilo,iLool0IIl1+1,ijIo10[9]) elseif jj1lOOoIoI==8 then jLli1LoI1[IlLIOjojl0o]=-jLli1LoI1[iLool0IIl1] elseif jj1lOOoIoI==40 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1] elseif jj1lOOoIoI==27 then jLli1LoI1[IlLIOjojl0o]=(jLli1LoI1[iLool0IIl1]0 then lILjoLOo1=jLli1LoI1[IlLIOjojl0o]<=jLli1LoI1[IlLIOjojl0o+1] else lILjoLOo1=jLli1LoI1[IlLIOjojl0o]>=jLli1LoI1[IlLIOjojl0o+1] end if lILjoLOo1 then jLli1LoI1[IlLIOjojl0o+3]=jLli1LoI1[IlLIOjojl0o]; L1OLlL=iLool0IIl1+1 end elseif jj1lOOoIoI==37 then jLli1LoI1[IlLIOjojl0o]=(jLli1LoI1[iLool0IIl1]==jLli1LoI1[LjLLll1LlIiiL]) elseif jj1lOOoIoI==44 then jLli1LoI1[IlLIOjojl0o]=(jLli1LoI1[iLool0IIl1]~=jLli1LoI1[LjLLll1LlIiiL]) elseif jj1lOOoIoI==19 then local iIolO0=jLli1LoI1[IlLIOjojl0o] if jlj0O0IIollI1(iIolO0)~=jLlOL1o then local IOLLjOl=LOolo0i1iLI0io(iIolO0) if IOLLjOl~=nil and jlj0O0IIollI1(IOLLjOl)~=j01I00OlO0 then LOOLO1l0I10("Protected iterator metatables require an explicit iterator function",0) end local lILjoLOo1=IOLLjOl and loOLjOlOOO00Ij(IOLLjOl,l1l1jOio0LlIo) if lILjoLOo1~=nil then jLli1LoI1[IlLIOjojl0o],jLli1LoI1[IlLIOjojl0o+1],jLli1LoI1[IlLIOjojl0o+2]=lILjoLOo1(iIolO0) elseif jlj0O0IIollI1(iIolO0)==j01I00OlO0 and (IOLLjOl==nil or loOLjOlOOO00Ij(IOLLjOl,iljlIjLo)==nil) then jLli1LoI1[IlLIOjojl0o],jLli1LoI1[IlLIOjojl0o+1],jLli1LoI1[IlLIOjojl0o+2]=l1i1IljILo1,iIolO0,nil end end elseif jj1lOOoIoI==12 then jLli1LoI1[IlLIOjojl0o]={} elseif jj1lOOoIoI==3 then if iLool0IIl1==0 then for iIolO0=1,iOijol0ljI do jLli1LoI1[IlLIOjojl0o+iIolO0-1]=Lio1j1iLlo[iIolO0] end lOoOl0L0ioio=IlLIOjojl0o+iOijol0ljI else for iIolO0=1,iLool0IIl1-1 do jLli1LoI1[IlLIOjojl0o+iIolO0-1]=Lio1j1iLlo[iIolO0] end end elseif jj1lOOoIoI==17 then looi1LiI0Li=(looi1LiI0Li+iLool0IIl1)%(LjLLll1LlIiiL+1) elseif jj1lOOoIoI==4 then jLli1LoI1[IlLIOjojl0o]={jLli1LoI1[iLool0IIl1]} elseif jj1lOOoIoI==42 then L1OLlL=iLool0IIl1+1 elseif jj1lOOoIoI==36 then local IOLLjOl=L1ooiool[iLool0IIl1+1] local IjjoiI1OIII0={} local iIIl0o=IOLLjOl[6] for iIolO0=1,#iIIl0o do local LIjol00j=iIIl0o[iIolO0] if LIjol00j[1]==1 then IjjoiI1OIII0[iIolO0]=jLli1LoI1[LIjol00j[2]] else IjjoiI1OIII0[iIolO0]=loiioooL0[LIjol00j[2]+1] end end jLli1LoI1[IlLIOjojl0o]=iljLjjLl0L(IOLLjOl,IjjoiI1OIII0) elseif jj1lOOoIoI==2 then jLli1LoI1[IlLIOjojl0o]=loiioooL0[iLool0IIl1+1][1] elseif jj1lOOoIoI==5 then l0lOjOiOiO[I00jO0jLj1I(Loi1110I1oO,liLILilo,iLool0IIl1+1,ijIo10[9])]=jLli1LoI1[IlLIOjojl0o] elseif jj1lOOoIoI==21 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]//jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==14 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]/jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==43 then jLli1LoI1[IlLIOjojl0o]=(jLli1LoI1[iLool0IIl1]>jLli1LoI1[LjLLll1LlIiiL]) elseif jj1lOOoIoI==22 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]+jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==7 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]%jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==30 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]..jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==10 then jLli1LoI1[IlLIOjojl0o]=#jLli1LoI1[iLool0IIl1] elseif jj1lOOoIoI==33 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]*jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==6 then jLli1LoI1[IlLIOjojl0o]=(jLli1LoI1[iLool0IIl1]<=jLli1LoI1[LjLLll1LlIiiL]) elseif jj1lOOoIoI==9 then jLli1LoI1[IlLIOjojl0o]=l0lOjOiOiO[I00jO0jLj1I(Loi1110I1oO,liLILilo,iLool0IIl1+1,ijIo10[9])] elseif jj1lOOoIoI==29 then local IOLLjOl=jLli1LoI1[IlLIOjojl0o] local iL0Ooij11j0=jLli1LoI1[IlLIOjojl0o+1] local llLjIo=jLli1LoI1[IlLIOjojl0o+2] local iIIl0o=iooi0OLI(IOLLjOl(iL0Ooij11j0,llLjIo)) local LIjol00j=iIIl0o[1] if LIjol00j~=nil then jLli1LoI1[IlLIOjojl0o+2]=LIjol00j for iIolO0=1,iLool0IIl1 do jLli1LoI1[IlLIOjojl0o+3+iIolO0-1]=iIIl0o[iIolO0] end L1OLlL=LjLLll1LlIiiL+1 end elseif jj1lOOoIoI==18 then jLli1LoI1[IlLIOjojl0o+1]=jLli1LoI1[iLool0IIl1]; jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1][jLli1LoI1[LjLLll1LlIiiL]] elseif jj1lOOoIoI==13 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1]^jLli1LoI1[LjLLll1LlIiiL] elseif jj1lOOoIoI==16 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1][jLli1LoI1[LjLLll1LlIiiL]] elseif jj1lOOoIoI==20 then jLli1LoI1[IlLIOjojl0o]=jLli1LoI1[iLool0IIl1][1] else LOOLO1l0I10() end end return looi1LiI0Li end return jjl011i(ijIo10,{},iooi0OLI(...))