const char* AnimEvent = NULL;
    void DecideAnimReplace(int a1){
        if (!s_Idles || a1 == 0)
            return;
        AnimEvent = NULL;
        int obj = Lib::SafeRead32(a1 + 4);
        if (obj == 0)
            return;
        UInt64 key = Forms::GetFormKey((TESForm*)obj);
        if (key == 0)
            return;

        // Look for a replacer
        std::string AnimEventName((const char*)Lib::SafeRead32(a1 + 0x14));
        TESForm* FormRef = GetSingleton()->GetValue(key, AnimEventName, NULL);
        if (!FormRef)
            FormRef = GetSingleton()->GetValue(0, AnimEventName, NULL);
        if (!FormRef)
            return;

        // Get the Idle object to use
        TESIdleForm* IdleRef = NULL;
        if (FormRef && FormRef->formType == kFormType_Idle)
            IdleRef = DYNAMIC_CAST(FormRef, TESForm, TESIdleForm);
        if (!IdleRef)
            return;

        // Override
        //_MESSAGE(IdleRef->animationEvent.data);
        SafeWrite32(a1 + 0x24, (UInt32)IdleRef);
        AnimEvent = IdleRef->animationEvent.data;
        SafeWrite32(a1 + 0x14, (UInt32)AnimEvent);
        /*
        Normal a1                               Modified a1
        +0      vtable
        +4      actor
        +8      0
        +C      BGSAction (e.g. ActionIdle)             ?BGSAction(Idle)
        +10     2
        +14     AnimationEventName*                     AnimationEventName *
        +18     AnimationParams?
        +1C     0
        +20     0
        +24     TESIdleForm*
        +28     0
        +2C     1
        +30     Return address of function?
        +34     0
        +38     40h
        +3C     0
        +40     1   Animation handler?
        +44     0
        +48     0
        +4C     Unk*
        +50     Script* <- dynamically allocated
        +54     0
        +58     Animation event NOT POINTER <- this is not the case when BGSAction is not idle
        +...    0
        */
    }

    int animJNEBack = 0x6F0305;
    int animJEBack = 0x6F0312;
    void InitPlugin() {

        void * animCodeStart;
        _asm
        {
            mov animCodeStart, offset animStart
            jmp animEnd
        animStart :
            push eax
            push ecx
            push edx
            push esi
            call DecideAnimReplace
            add esp, 4
            pop edx
            pop ecx
            pop eax

            test byte ptr[esi + 0x2C], 1
            je animJEJump
            jmp animJNEBack
        animJEJump :
            jmp animJEBack
        animEnd :
        }

        WriteRelJump(0x6F02FF, (UInt32)animCodeStart);

    }