typedef DWORD_PTR(__stdcall *_qDeCrypt)(DWORD_PTR esi);
PVOID codeMem = NULL;

template<typename T> T rol(T val, size_t count)
{
	size_t bitcount = sizeof(T) * 8;
	count %= bitcount;
	return (val << count) | (val >> (bitcount - count));

}
DWORD_PTR DecryptData(DWORD_PTR cryptedOffset, DWORD_PTR decryptFuncBase)
{
	if (codeMem == NULL)
		codeMem = VirtualAlloc(0, 1024, MEM_COMMIT, PAGE_EXECUTE_READWRITE);

	DWORD_PTR _esi = mem->RPM<DWORD_PTR>(cryptedOffset + 8, 8);
	DWORD_PTR raxrbx = mem->RPM<DWORD_PTR>(cryptedOffset, 8);

	DWORD key1 = (DWORD(raxrbx) >> 8); //shr edx,08
	BYTE key2 = BYTE(raxrbx) ^ BYTE(key1); //xor dl,dil
	DWORD key3 = rol<BYTE>(key2, BYTE(raxrbx));  //rol dl,cl
	DWORD index = key3 & 0x1F; //and edx,1F


	DWORD_PTR targetFunc = mem->RPM<DWORD_PTR>(decryptFuncBase + (index * 8), 8);
	if(!ReadProcessMemory(mem->GetHandle(), (LPVOID)targetFunc, codeMem, 60, NULL))
	{
		return 0;
	}

	if (*(WORD*)(codeMem) != 0xC148) //ror ecx,xx
		return 0;

	_qDeCrypt qDecrypt3 = (_qDeCrypt)codeMem;
	auto ret = qDecrypt3(_esi);
	ZeroMemory(codeMem, 60);
	return ret;
}

auto PersistentLevel = mem->RPM<DWORD_PTR>(global::pUWorld + 0x30, 0x8);
uint64_t DecryptedActorArrayPointer = DecryptData(PersistentLevel + 0xA0, mem->GetBase() + 0x3DAA540);
uint64_t ActorArray = mem->RPM<DWORD_PTR>(DecryptedActorArrayPointer + 0x0, 0x8);
uint64_t ActorCount = mem->RPM<DWORD_PTR>(DecryptedActorArrayPointer + 0x8, 0x8);
if (ActorCount > 0)
{
	DrawShadowString(25, 25, 255, 0, 0, pFont, "ACount: %i", ActorCount);
}