示例#1
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        }                                                       // NOTE -- Ohana3DS had THREE unknown uints, but SPICA only reads TWO uints here

        public static RasterizationContainer Load(Utility utility)
        {
            var rc = new RasterizationContainer();

            CGFXDebug.LoadStart(rc, utility);

            rc.IsPolygonOffsetEnabled = (utility.ReadU32() & 1) > 0;
            rc.FaceCulling            = (CullMode)utility.ReadU32();
            rc.PolygonOffsetUnit      = utility.ReadFloat();

            rc.FaceCullingCommand = utility.ReadUInts(2);

            return(rc);
        }
        public override void Load(Utility utility)
        {
            base.Load(utility);

            MaterialFlags = utility.ReadU32();

            TextureCoordinatesConfig = (TextCoordConfig)utility.ReadU32();
            TranslucencyKind         = (TranslucencyKind)utility.ReadU32();

            MaterialColor     = MaterialColorContainer.Load(utility);
            Rasterization     = RasterizationContainer.Load(utility);
            FragmentOperation = FragmentOperationContainer.Load(utility);

            // Texture coordinates
            UsedTextureCoordinates = utility.ReadU32();     // ???
            TextureCoords          = new TextureCoord[3];

            for (var i = 0; i < TextureCoords.Length; i++)
            {
                var textureCoord = new TextureCoord
                {
                    SourceCoordIndex     = utility.ReadI32(),
                    MappingType          = (TextureCoord.TextureMappingType)utility.ReadU32(),
                    ReferenceCameraIndex = utility.ReadI32(),
                    TransformType        = (TextureCoord.TextureTransformType)utility.ReadU32(),
                    Scale       = Vector2.Read(utility),
                    Rotation    = utility.ReadFloat(),
                    Translation = Vector2.Read(utility),
                    Flags       = utility.ReadU32(),
                    Transform   = Matrix.Read(utility),
                };

                TextureCoords[i] = textureCoord;
            }

            // Texture mappers
            TextureMappers = new TextureMapper[4];
            for (var i = 0; i < TextureMappers.Length; i++)
            {
                utility.LoadIndirect(() =>
                {
                    if (i < 3)
                    {
                        TextureMappers[i] = TextureMapper.Load(utility);
                    }
                    else
                    {
                        // FIXME -- "Procedural texture mapper" ???
                        // Not implemented at all in Ohana3DS
                        // According to SPICA, this is what the fourth slot points to, however
                        throw new NotImplementedException("Procedural texture mapper not implemented");
                    }
                });
            }


            ShaderReference = utility.LoadDICTObj <ShaderReference>();

            utility.LoadIndirect(() =>
            {
                FragmentShader = FragmentShader.Load(utility);
            });

            ShaderProgramDescIndex = utility.ReadI32();

            // NOT SUPPORTED
            ShaderParametersCount = utility.ReadU32();
            ShaderParametersPointerTableOffset = utility.ReadOffset();
            if (ShaderParametersCount != 0 || ShaderParametersPointerTableOffset != 0)
            {
                throw new NotImplementedException($"ModelMaterial Load: Shader Parameters UNSUPPORTED");
            }


            LightSetIndex = utility.ReadI32(); // Reference??
            FogIndex      = utility.ReadI32(); // Reference??

            // NOTE -- See SPICA GfxMaterial.cs for computations involving these hash functions.
            // I ASSUME if I never change any values in the material these never need recomputed.
            // Let's try to get by without needing this support right now...
            MaterialFlagsHash      = utility.ReadU32();
            ShaderParamsHash       = utility.ReadU32();
            TextureCoordsHash      = utility.ReadU32();
            TextureSamplersHash    = utility.ReadU32();
            TextureMappersHash     = utility.ReadU32();
            MaterialColorsHash     = utility.ReadU32();
            RasterizationHash      = utility.ReadU32();
            FragLightHash          = utility.ReadU32();
            FragLightLUTHash       = utility.ReadU32();
            FragLightLUTSampHash   = utility.ReadU32();
            TextureEnvironmentHash = utility.ReadU32();
            AlphaTestHash          = utility.ReadU32();
            FragOpHash             = utility.ReadU32();
            UniqueId = utility.ReadU32();
        }