BSShaderProperty.h

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#pragma once
 
#include "RE/B/BSEffectShaderData.h"
#include "RE/B/BSShaderMaterial.h"
#include "RE/B/BSTSmartPointer.h"
#include "RE/N/NiShadeProperty.h"
 
namespace RE
{
    class BSRenderPass;
    class BSShaderAccumulator;
    class BSShaderMaterial;
    class BSShaderPropertyLightData;
    class NiSourceTexture;
 
    class BSShaderProperty : public NiShadeProperty
    {
    private:
        static constexpr auto BIT64 = static_cast<std::uint64_t>(1);
 
    public:
        inline static constexpr auto RTTI = RTTI_BSShaderProperty;
        inline static constexpr auto Ni_RTTI = NiRTTI_BSShaderProperty;
        inline static constexpr auto VTABLE = VTABLE_BSShaderProperty;
 
        class ForEachVisitor
        {
        public:
            inline static constexpr auto RTTI = RTTI_BSShaderProperty__ForEachVisitor;
            inline static constexpr auto VTABLE = VTABLE_BSShaderProperty__ForEachVisitor;
 
            virtual ~ForEachVisitor();  // 00
 
            // add
            virtual std::uint32_t Accept(NiSourceTexture* a_texture) = 0;  // 01
        };
 
        struct RenderPassArray
        {
            BSRenderPass* head;  // 00
        };
        static_assert(sizeof(RenderPassArray) == 0x8);
 
        enum class EShaderPropertyFlag : std::uint64_t
        {
            kSpecular = BIT64 << 0,
            kSkinned = BIT64 << 1,
            kTempRefraction = BIT64 << 2,
            kVertexAlpha = BIT64 << 3,
            kGrayscaleToPaletteColor = BIT64 << 4,
            kGrayscaleToPaletteAlpha = BIT64 << 5,
            kFalloff = BIT64 << 6,
            kEnvMap = BIT64 << 7,
            kReceiveShadows = BIT64 << 8,
            kCastShadows = BIT64 << 9,
            kFace = BIT64 << 10,
            kParallax = BIT64 << 11,
            kModelSpaceNormals = BIT64 << 12,
            kNonProjectiveShadows = BIT64 << 13,
            kMultiTextureLandscape = BIT64 << 14,
            kRefraction = BIT64 << 15,
            kRefractionFalloff = BIT64 << 16,
            kEyeReflect = BIT64 << 17,
            kHairTint = BIT64 << 18,
            kScreendoorAlphaFade = BIT64 << 19,
            kLocalMapClear = BIT64 << 20,
            kFaceGenRGBTint = BIT64 << 21,
            kOwnEmit = BIT64 << 22,
            kProjectedUV = BIT64 << 23,
            kMultipleTextures = BIT64 << 24,
            kRemappableTextures = BIT64 << 25,
            kDecal = BIT64 << 26,
            kDynamicDecal = BIT64 << 27,
            kParallaxOcclusion = BIT64 << 28,
            kExternalEmittance = BIT64 << 29,
            kSoftEffect = BIT64 << 30,
            kZBufferTest = BIT64 << 31,
            kZBufferWrite = BIT64 << 32,
            kLODLandscape = BIT64 << 33,
            kLODObjects = BIT64 << 34,
            kNoFade = BIT64 << 35,
            kTwoSided = BIT64 << 36,
            kVertexColors = BIT64 << 37,
            kGlowMap = BIT64 << 38,
            kAssumeShadowmask = BIT64 << 39,
            kCharacterLighting = BIT64 << 40,
            kMultiIndexSnow = BIT64 << 41,
            kVertexLighting = BIT64 << 42,
            kUniformScale = BIT64 << 43,
            kFitSlope = BIT64 << 44,
            kBillboard = BIT64 << 45,
            kNoLODLandBlend = BIT64 << 46,
            kEnvmapLightFade = BIT64 << 47,
            kWireframe = BIT64 << 48,
            kWeaponBlood = BIT64 << 49,
            kHideOnLocalMap = BIT64 << 50,
            kPremultAlpha = BIT64 << 51,
            kCloudLOD = BIT64 << 52,
            kAnisotropicLighting = BIT64 << 53,
            kNoTransparencyMultiSample = BIT64 << 54,
            kMenuScreen = BIT64 << 55,
            kMultiLayerParallax = BIT64 << 56,
            kSoftLighting = BIT64 << 57,
            kRimLighting = BIT64 << 58,
            kBackLighting = BIT64 << 59,
            kSnow = BIT64 << 60,
            kTreeAnim = BIT64 << 61,
            kEffectLighting = BIT64 << 62,
            kHDLODObjects = BIT64 << 63
        };
 
        enum class EShaderPropertyFlag8 : std::uint8_t
        {
            kSpecular = 0,
            kSkinned = 1,
            kTempRefraction = 2,
            kVertexAlpha = 3,
            kGrayscaleToPaletteColor = 4,
            kGrayscaleToPaletteAlpha = 5,
            kFalloff = 6,
            kEnvMap = 7,
            kReceiveShadows = 8,
            kCastShadows = 9,
            kFace = 10,
            kParallax = 11,
            kModelSpaceNormals = 12,
            kNonProjectiveShadows = 13,
            kMultiTextureLandscape = 14,
            kRefraction = 15,
            kRefractionFalloff = 16,
            kEyeReflect = 17,
            kHairTint = 18,
            kScreendoorAlphaFade = 19,
            kLocalMapClear = 20,
            kFaceGenRGBTint = 21,
            kOwnEmit = 22,
            kProjectedUV = 23,
            kMultipleTextures = 24,
            kRemappableTextures = 25,
            kDecal = 26,
            kDynamicDecal = 27,
            kParallaxOcclusion = 28,
            kExternalEmittance = 29,
            kSoftEffect = 30,
            kZBufferTest = 31,
            kZBufferWrite = 32,
            kLODLandscape = 33,
            kLODObjects = 34,
            kNoFade = 35,
            kTwoSided = 36,
            kVertexColors = 37,
            kGlowMap = 38,
            kAssumeShadowmask = 39,
            kCharacterLighting = 40,
            kMultiIndexSnow = 41,
            kVertexLighting = 42,
            kUniformScale = 43,
            kFitSlope = 44,
            kBillboard = 45,
            kNoLODLandBlend = 46,
            kEnvmapLightFade = 47,
            kWireframe = 48,
            kWeaponBlood = 49,
            kHideOnLocalMap = 50,
            kPremultAlpha = 51,
            kCloudLOD = 52,
            kAnisotropicLighting = 53,
            kNoTransparencyMultiSample = 54,
            kMenuScreen = 55,
            kMultiLayerParallax = 56,
            kSoftLighting = 57,
            kRimLighting = 58,
            kBackLighting = 59,
            kSnow = 60,
            kTreeAnim = 61,
            kEffectLighting = 62,
            kHDLODObjects = 63
        };
 
        ~BSShaderProperty() override;  // 00
 
        // override (NiShadeProperty)
        const NiRTTI* GetRTTI() const override;                           // 02
        NiObject*     CreateClone(NiCloningProcess& a_cloning) override;  // 17 - { return 0; }
        void          LoadBinary(NiStream& a_stream) override;            // 18
        void          LinkObject(NiStream& a_stream) override;            // 19 - { NiShadeProperty::LinkObject(a_stream); }
        bool          RegisterStreamables(NiStream& a_stream) override;   // 1A - { return NiShadeProperty::RegisterStreamables(a_stream); }
        void          SaveBinary(NiStream& a_stream) override;            // 1B
        bool          IsEqual(NiObject* a_object) override;               // 1C - { return false; }
        void          PostLinkObject(NiStream& a_stream) override;        // 1E - { NiObjectNET::PostLinkObject(a_stream); }
        bool          SetupGeometry(BSGeometry* a_geometry) override;     // 27 - { return 1; }
        void          Unk_29(void) override;                              // 29
 
        // add
        virtual RenderPassArray*               GetRenderPasses(BSGeometry* a_geometry, std::uint32_t a_arg2, BSShaderAccumulator* a_accumulator) = 0;  // 2A
        virtual void                           Unk_2B(void);                                                                                           // 2B - { return 0; }
        virtual void                           Unk_2C(void);                                                                                           // 2C - { return 0; }
        virtual void                           Unk_2D(void);                                                                                           // 2D - { return 0; }
        virtual void                           Unk_2E(void);                                                                                           // 2E - { return 1; }
        virtual void                           Unk_2F(void);                                                                                           // 2F - { return 0; }
        virtual bool                           CanMerge(const BSShaderProperty* a_other);                                                              // 30
        virtual void                           SetMaterialAlpha(float a_alpha);                                                                        // 31 - { return; }
        [[nodiscard]] virtual float            QMaterialAlpha();                                                                                       // 32 - { return 1.0; }
        virtual std::int32_t                   ForEachTexture(ForEachVisitor& a_visitor);                                                              // 33 - { return 1; }
        virtual void                           DoClearRenderPasses();                                                                                  // 34
        virtual std::int32_t                   QShader();                                                                                              // 35 - { return 0; }
        virtual void                           Unk_36(void);                                                                                           // 36 - { return 0; }
        [[nodiscard]] virtual NiSourceTexture* GetBaseTexture();                                                                                       // 37 - { return 0; }
        virtual void                           Unk_38(void);                                                                                           // 38 - { return 0; }
        [[nodiscard]] virtual bool             AcceptsEffectData() const;                                                                              // 39 - { return false; }
        virtual void                           Unk_3A(void);                                                                                           // 3A - { return; }
        virtual void                           Unk_3B(void);                                                                                           // 3B - { return; }
        virtual void                           Unk_3C(void);                                                                                           // 3C - { return 0; }
        virtual std::uint32_t                  DetermineUtilityShaderDecl();                                                                           // 3D - { return 0; }
        virtual BSShaderMaterial::Type         GetMaterialType();                                                                                      // 3E - { return 0; }
 
        bool InvalidateMaterial();
        void SetEffectShaderData(const BSTSmartPointer<BSEffectShaderData>& a_data);
        void SetMaterial(BSShaderMaterial* a_material, bool a_unk1);
        void SetFlags(EShaderPropertyFlag8 a_flag, bool a_set);
        void LinkMaterial(BSShaderMaterial* a_material, bool a_unk1);
 
        // members
        float                                                alpha;                // 30
        std::int32_t                                         lastRenderPassState;  // 34
        stl::enumeration<EShaderPropertyFlag, std::uint64_t> flags;                // 38
        RenderPassArray                                      renderPassList;       // 40
        std::uint64_t                                        unk48;                // 48
        RenderPassArray                                      debugRenderPassList;  // 50
        std::uint64_t                                        unk58;                // 58
        BSFadeNode*                                          fadeNode;             // 60
        BSTSmartPointer<BSEffectShaderData>                  effectData;           // 68
        BSShaderPropertyLightData*                           lightData;            // 70
        BSShaderMaterial*                                    material;             // 78
        std::uint64_t                                        unk80;                // 80
    private:
        KEEP_FOR_RE()
    };
    static_assert(sizeof(BSShaderProperty) == 0x88);
}