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I wrote a script after looking at Work around with libil2cpp and GG using offset (#by5yarnv) (thanks to @TekMonts for awesome article) but it didn't work out as I thought, so I'm asking you a question. I find the offset value that I want to change through dnspy And I got the address and Hex code of the offset through HxD. local memFrom, memTo, lib, num, lim, results, src, ok = 0, -1, nil, 0, 32, {}, nil, false function name(n) if lib ~= n then lib = n local ranges = gg.getRangesList(lib) if #ranges == 0 then print("⚠ERROR: " .. lib .. " are not found!⚠") gg.toast("⚠ERROR: " .. lib .. " are not found!⚠") os.exit() else memFrom = ranges[1].start memTo = ranges[#ranges]["end"] end end end function hex2tbl(hex) local ret = {} hex:gsub( "%S%S", function(ch) ret[#ret + 1] = ch return "" end ) return ret end function original(orig) local tbl = hex2tbl(orig) local len = #tbl if len == 0 then return end local used = len if len > lim then used = lim end local s = "" for i = 1, used do if i ~= 1 then s = s .. ";" end local v = tbl[i] if v == "??" or v == "**" then v = "0~~0" end s = s .. v .. "r" end s = s .. "::" .. used gg.searchNumber(s, gg.TYPE_BYTE, false, gg.SIGN_EQUAL, memFrom, memTo) if len > used then for i = used + 1, len do local v = tbl[i] if v == "??" or v == "**" then v = 256 else v = ("0x" .. v) + 0 if v > 127 then v = v - 256 end end tbl[i] = v end end local found = gg.getResultCount() results = {} local count = 0 local checked = 0 while true do if checked >= found then break end local all = gg.getResults(8) local total = #all local start = checked if checked + used > total then break end for i, v in ipairs(all) do v.address = v.address + myoffset end gg.loadResults(all) while start < total do local good = true local offset = all[1 + start].address - 1 if used < len then local get = {} for i = lim + 1, len do get[i - lim] = {address = offset + i, flags = gg.TYPE_BYTE, value = 0} end get = gg.getValues(get) for i = lim + 1, len do local ch = tbl[i] if ch ~= 256 and get[i - lim].value ~= ch then good = false break end end end if good then count = count + 1 results[count] = offset checked = checked + used else local del = {} for i = 1, used do del[i] = all[i + start] end gg.removeResults(del) end start = start + used end end end function replaced(repl) num = num + 1 local tbl = hex2tbl(repl) if src ~= nil then local source = hex2tbl(src) for i, v in ipairs(tbl) do if v ~= "??" and v ~= "**" and v == source[i] then tbl[i] = "**" end end src = nil end local cnt = #tbl local set = {} local s = 0 for _, addr in ipairs(results) do for i, v in ipairs(tbl) do if v ~= "??" and v ~= "**" then s = s + 1 set[s] = {["address"] = addr + i, ["value"] = v .. "r", ["flags"] = gg.TYPE_BYTE} end end end if s ~= 0 then gg.setValues(set) end ok = true end function HOME() A = gg.multiChoice( { "AutoaimDistance", "Exit" }, nil, "qwer098 Prototype" ) if A == nil then else if A[1] == true then AutoaimDistance() end if A[1] == true then os.exit() end end end function AutoaimDistance() gg.setRanges ( gg .REGION_CODE_APP | gg .REGION_C_DATA) name('libil2cpp.so') myoffset = 0x3175834 original('F4 4F BE A9 FD 7B 01 A9') replaced('7A 04 44 E3 1E FF 2F E1') gg.toast("Done!") end HOME() ...and I wrote the script, referencing the article above, and I ran it in the game. And here's the result. I don't think I found the wrong offset. Of course, I'll have to try something more diverse, but I don't think that offset was useless. And, there are too many unexpectedly searched values like 300k. (I don't know if this is wrong, do other scripts work this way too?) plus, the offset value is float, but in gg it's written as byte. If you have any tips on Hex Patch, please let me know. It's not easy..