x3 No Delay

struct MTStatusBar
{
    Padding(0x2C48); //exp offset
    double dExp;
};

MTStatusBar*(__cdecl* TSingleton_MTStatusBar_GetInstance)() = NULL;

bool x3NoDelay = false;

void(__fastcall* CUserLocal_Delay)(void* lpvEcx, void* lpvEdx, void* lpv4, void* lpv8, void* lpvC, void* lpv10, void* lpv14) = NULL; //ret 0014

void __fastcall CUserLocal_Delay_Hook(void* lpvEcx, void* lpvEdx, void* lpv4, void* lpv8, void* lpvC, void* lpv10, void* lpv14)
{
    if (x3NoDelay)
    {
        double dExpMax = 95.0, dExpLow = 5.0:
        double dExp = TSingleton_MTStatusBar_GetInstance()->dExp;

        static int count = 0;

        if (dExp > dExpMax || dExpLow > dExp) // D/C bypass when you level up
            return CUserLocal_DelayHook(lpvEcx, lpvEdx, lpv4, lpv8, lpvC, lpv10, lpv14);
        else
        {
            count += 1;

            if (count < 3)
                return;
        }

        count = 0;
    }

    return CUserLocal_DelayHook(lpvEcx, lpvEdx, lpv4, lpv8, lpvC, lpv10, lpv14);
}

void x3_NoDelay()
{
    *(void**)&TSingleton_MTStatusBar_GetInstance = reinterpret_cast<void*>(0x004AEDD0); //
    *(void**)&CUserLocal_Delay = reinterpret_cast<void*>(0x01584A20); //

    DetourFunction(true, reinterpret_cast<void**>(&CUserLocal_Delay), &CUserLocal_Delay_Hook);
}