MistMenu.h

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#pragma once
 
#include "RE/I/IMenu.h"
#include "RE/M/MenuEventHandler.h"
#include "RE/N/NiColor.h"
#include "RE/S/SimpleAnimationGraphManagerHolder.h"
 
namespace RE
{
    // menuDepth = 8
    // flags = kDisablePauseMenu | kAllowSaving | kDontHideCursorWhenTopmost
    // context = kNone
    class MistMenu :
        public IMenu,                              // 00
        public SimpleAnimationGraphManagerHolder,  // 30
        public MenuEventHandler                    // 48
    {
    public:
        inline static constexpr auto      RTTI = RTTI_MistMenu;
        constexpr static std::string_view MENU_NAME = "Mist Menu";
 
        struct Colors
        {
            enum Color
            {
                kXNeg,
                kXPos,
                kYNeg,
                kYPos,
                kZNeg,
                kZPos,
 
                kTotal
            };
        };
 
        ~MistMenu() override;  // 00
 
        // override (IMenu)
        UI_MESSAGE_RESULTS ProcessMessage(UIMessage& a_message) override;                         // 04
        void               AdvanceMovie(float a_interval, std::uint32_t a_currentTime) override;  // 05
        void               PostDisplay() override;                                                // 06
 
        // override (MenuEventHandler)
        bool CanProcess(InputEvent* a_event) override;              // 01
        bool ProcessThumbstick(ThumbstickEvent* a_event) override;  // 03
        bool ProcessMouseMove(MouseMoveEvent* a_event) override;    // 04
        bool ProcessButton(ButtonEvent* a_event) override;          // 05
 
        // members
        NiColor       ambientColors[Colors::kTotal];  // 058
        std::uint32_t unk0A0;                         // 0A0
        std::uint32_t unk0A4;                         // 0A4
        std::uint64_t unk0A8;                         // 0A8
        void*         unk0B0;                         // 0B0 - smart ptr
        void*         unk0B8;                         // 0B8
        void*         unk0C0;                         // 0C0
        void*         unk0C8;                         // 0C8 - smart ptr
        void*         unk0D0;                         // 0D0 - smart ptr
        void*         unk0D8;                         // 0D8 - smart ptr
        void*         unk0E0;                         // 0E0 - smart ptr
        std::uint64_t unk0E8;                         // 0E8
        std::uint64_t unk0F0;                         // 0F0
        std::uint64_t unk0F8;                         // 0F8
        std::uint32_t unk100;                         // 100
        std::uint32_t unk104;                         // 104
        std::uint32_t unk108;                         // 108
        std::uint32_t unk10C;                         // 10C
        float         unk110;                         // 110
        std::uint32_t unk114;                         // 114
        std::uint64_t unk118;                         // 118
        float         unk120;                         // 120
        std::uint32_t unk124;                         // 124
        std::uint64_t unk128;                         // 128
        float         unk130;                         // 130
        std::uint8_t  unk134;                         // 134
        std::uint8_t  unk135;                         // 135
        std::uint16_t unk136;                         // 136
        std::uint32_t unk138;                         // 138
        std::uint32_t pad13C;                         // 13C
    };
#ifndef SKYRIMVR
    static_assert(sizeof(MistMenu) == 0x140);
#else
    //static_assert(sizeof(MistMenu) == 0x1A8);
#endif
}