SpellItem.h

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#pragma once
 
#include "RE/B/BGSEquipType.h"
#include "RE/B/BGSMenuDisplayObject.h"
#include "RE/F/FormTypes.h"
#include "RE/M/MagicItem.h"
#include "RE/T/TESDescription.h"
 
namespace RE
{
    class SpellItem :
        public MagicItem,             // 00
        public BGSEquipType,          // 90
        public BGSMenuDisplayObject,  // A0
        public TESDescription         // B0
    {
    public:
        inline static constexpr auto RTTI = RTTI_SpellItem;
        inline static constexpr auto VTABLE = VTABLE_SpellItem;
        inline static constexpr auto FORMTYPE = FormType::Spell;
 
        enum class SpellFlag
        {
            kNone = 0,
            kCostOverride = 1 << 0,
            kFoodItem = 1 << 1,
            kExtendDuration = 1 << 3,
            kPCStartSpell = 1 << 17,
            kInstantCast = 1 << 18,
            kIgnoreLOSCheck = 1 << 19,
            kIgnoreResistance = 1 << 20,
            kNoAbsorb = 1 << 21,
            kNoDualCastMods = 1 << 23
        };
 
        struct RecordFlags
        {
            enum RecordFlag : std::uint32_t
            {
                kDeleted = 1 << 5,
                kIgnored = 1 << 12
            };
        };
 
        class Data  // SPIT
        {
        public:
            // members
            std::int32_t                               costOverride;  // 00
            stl::enumeration<SpellFlag, std::uint32_t> flags;         // 04
            MagicSystem::SpellType                     spellType;     // 08
            float                                      chargeTime;    // 0C
            MagicSystem::CastingType                   castingType;   // 10
            MagicSystem::Delivery                      delivery;      // 14
            float                                      castDuration;  // 18
            float                                      range;         // 1C
            BGSPerk*                                   castingPerk;   // 20
        };
        static_assert(sizeof(Data) == 0x28);
 
        ~SpellItem() override;  // 00
 
        // override (MagicItem)
        void                     InitializeData() override;                                             // 04
        void                     ClearData() override;                                                  // 05
        void                     InitItemImpl() override;                                               // 13
        MagicSystem::SpellType   GetSpellType() const override;                                         // 53 - { return data.spellType; }
        void                     SetCastingType(MagicSystem::CastingType a_type) override;              // 54 - { data.castingType = a_type; }
        MagicSystem::CastingType GetCastingType() const override;                                       // 55 - { return data.castingType; }
        void                     SetDelivery(MagicSystem::Delivery a_type) override;                    // 56 - { if (Unk_58()) { data.delivery = a_type; } }
        MagicSystem::Delivery    GetDelivery() const override;                                          // 57 - { return data.delivery; }
        float                    GetFixedCastDuration() const override;                                 // 59 - { return (GetCastingType() == MagicSystem::CastingType::kConcentration) ? data.castDuration : 0.0; }
        float                    GetRange() const override;                                             // 5A - { return data.range; }
        bool                     IgnoresResistance() const override;                                    // 5B - { return (GetData()->flags >> 20) & 1; }
        bool                     IgnoreLOS() const override;                                            // 5C - { return (GetData()->flags >> 19) & 1; }
        bool                     GetNoAbsorb() const override;                                          // 5E - { return (GetData()->flags >> 21) & 1; }
        bool                     GetNoDualCastModifications() const override;                           // 5F - { return (GetData()->flags >> 23) & 1; }
        bool                     GetSkillUsageData(SkillUsageData& a_data) const override;              // 60
        void                     AdjustCost(float& a_cost, Actor* a_actor) const override;              // 63
        float                    GetChargeTime() const override;                                        // 64
        ActorValue               GetAssociatedSkill() const override;                                   // 66
        bool                     IsTwoHanded() const override;                                          // 67 - { BGSEquipSlot* equipSlot = BGSEquipType::GetEquipSlot(); return equipSlot && equipSlot->flags & 1; }
        std::uint32_t            GetChunkID() override;                                                 // 68 - { return 'SPIT'; }
        void                     CopyMagicItemData(MagicItem* a_src) override;                          // 69
        void                     LoadMagicItemChunk(TESFile* a_mod, std::uint32_t a_chunkID) override;  // 6A
        void                     LoadChunkDataPostProcess(TESFile* a_mod) override;                     // 6B
        const MagicItem::Data*   GetData1() const override;                                             // 6C - { return &data; }
        MagicItem::Data*         GetData2() override;                                                   // 6D - { return &data; }
        std::uint32_t            GetDataSize() const override;                                          // 6E - { return 0x28; }
        void                     InitFromChunk(TESFile* a_mod) override;                                // 6F
        void                     InitChunk() override;                                                  // 70
 
        // override (BGSMenuDisplayObject)
        [[nodiscard]] TESBoundObject* GetMenuDisplayObject() const override;  // 04 - { return menuDispObject; }
 
        // members
        Data data;  // C0 - SPIT
    private:
        KEEP_FOR_RE()
    };
    static_assert(sizeof(SpellItem) == 0xE8);
}