// Licensed to the .NET Foundation under one or more agreements.
// The .NET Foundation licenses this file to you under the MIT license.
namespace Silk.NET.Assimp
{
    using Silk.NET.Core.Native;
    using Silk.NET.Core.Contexts;

    public partial class Assimp
    {
        public partial nuint GetExportFormatCount()
        {
            unsafe
            {
                nuint n0;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 TO VARIABLE n0
                n0 = ((delegate* unmanaged<nuint> )(CurrentVTable as GeneratedVTable).AiGetExportFormatCount)(); // END RESOLVE 0
                // ALREADY RESOLVED 0
                return /* VAR 0 */
                n0;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.ExportFormatDesc* GetExportFormatDescription(nuint pIndex)
        {
            global::Silk.NET.Assimp.ExportFormatDesc* n1;
            ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 1 TO VARIABLE n1
            n1 = ((delegate* unmanaged<nuint, global::Silk.NET.Assimp.ExportFormatDesc*> )(CurrentVTable as GeneratedVTable).AiGetExportFormatDescription)((/* VAR 0 */
            pIndex)); // END RESOLVE 1
            // ALREADY RESOLVED 1
            return /* VAR 1 */
            n1;
        }

        public unsafe partial void ReleaseExportFormatDescription(global::Silk.NET.Assimp.ExportFormatDesc* desc)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Assimp.ExportFormatDesc*, void> )(CurrentVTable as GeneratedVTable).AiReleaseExportFormatDescription)((/* VAR 0 */
            desc));
        }

        public partial void ReleaseExportFormatDescription(in global::Silk.NET.Assimp.ExportFormatDesc desc)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.ExportFormatDesc* SPECIAL_VAR1 = &desc)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Assimp.ExportFormatDesc*, void> )(CurrentVTable as GeneratedVTable).AiReleaseExportFormatDescription)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial void CopyScene(global::Silk.NET.Assimp.Scene* pIn, global::Silk.NET.Assimp.Scene** pOut)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.Scene**, void> )(CurrentVTable as GeneratedVTable).AiCopyScene)((/* VAR 0 */
            pIn), (/* VAR 1 */
            pOut));
        }

        public unsafe partial void CopyScene(global::Silk.NET.Assimp.Scene* pIn, ref global::Silk.NET.Assimp.Scene* pOut)
        {
            fixed (global::Silk.NET.Assimp.Scene** SPECIAL_VAR2 = &pOut)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.Scene**, void> )(CurrentVTable as GeneratedVTable).AiCopyScene)((/* VAR 0 */
                pIn), (SPECIAL_VAR2));
            }
        }

        public unsafe partial void CopyScene(in global::Silk.NET.Assimp.Scene pIn, global::Silk.NET.Assimp.Scene** pOut)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR2 = &pIn)
            {
                ; // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.Scene**, void> )(CurrentVTable as GeneratedVTable).AiCopyScene)((SPECIAL_VAR2), (/* VAR 1 */
                pOut));
            }
        }

        public unsafe partial void CopyScene(in global::Silk.NET.Assimp.Scene pIn, ref global::Silk.NET.Assimp.Scene* pOut)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR2 = &pIn)
                fixed (global::Silk.NET.Assimp.Scene** SPECIAL_VAR3 = &pOut)
                {
                    ; // ALREADY RESOLVED 2
                    // ALREADY RESOLVED 3
                    ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.Scene**, void> )(CurrentVTable as GeneratedVTable).AiCopyScene)((SPECIAL_VAR2), (SPECIAL_VAR3));
                }
        }

        public unsafe partial void FreeScene(global::Silk.NET.Assimp.Scene* pIn)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, void> )(CurrentVTable as GeneratedVTable).AiFreeScene)((/* VAR 0 */
            pIn));
        }

        public partial void FreeScene(in global::Silk.NET.Assimp.Scene pIn)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR1 = &pIn)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, void> )(CurrentVTable as GeneratedVTable).AiFreeScene)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, byte* pFileName, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n4;
            ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 4 TO VARIABLE n4
            n4 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
            pScene), (/* VAR 1 */
            pFormatId), (/* VAR 2 */
            pFileName), (/* VAR 3 */
            pPreprocessing)); // END RESOLVE 4
            // ALREADY RESOLVED 4
            return /* VAR 4 */
            n4;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, ref byte pFileName, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR4 = &pFileName)
            {
                global::Silk.NET.Assimp.Return n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
                pScene), (/* VAR 1 */
                pFormatId), (SPECIAL_VAR4), (/* VAR 3 */
                pPreprocessing)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, string pFileName, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n5;
            byte* n4;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 4 TO VARIABLE n4
            n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
            pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
            pScene), (/* VAR 1 */
            pFormatId), (/* VAR 4 */
            n4), (/* VAR 3 */
            pPreprocessing)); // END RESOLVE 5
            // ALREADY RESOLVED 4
            pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, byte* pFileName, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR4 = &pFormatId)
            {
                global::Silk.NET.Assimp.Return n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
                pScene), (SPECIAL_VAR4), (/* VAR 2 */
                pFileName), (/* VAR 3 */
                pPreprocessing)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, ref byte pFileName, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR4 = &pFormatId)
                fixed (byte* SPECIAL_VAR5 = &pFileName)
                {
                    global::Silk.NET.Assimp.Return n6;
                    ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 4
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
                    pScene), (SPECIAL_VAR4), (SPECIAL_VAR5), (/* VAR 3 */
                    pPreprocessing)); // END RESOLVE 6
                    // ALREADY RESOLVED 6
                    return /* VAR 6 */
                    n6;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, string pFileName, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFormatId)
            {
                global::Silk.NET.Assimp.Return n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
                pScene), (SPECIAL_VAR5), (/* VAR 4 */
                n4), (/* VAR 3 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, byte* pFileName, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n5;
            byte* n4;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 4 TO VARIABLE n4
            n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
            pScene), (/* VAR 4 */
            n4), (/* VAR 2 */
            pFileName), (/* VAR 3 */
            pPreprocessing)); // END RESOLVE 5
            // ALREADY RESOLVED 4
            pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, ref byte pFileName, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFileName)
            {
                global::Silk.NET.Assimp.Return n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
                pScene), (/* VAR 4 */
                n4), (SPECIAL_VAR5), (/* VAR 3 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, string pFileName, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n6;
            byte* n5;
            byte* n4;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 4 TO VARIABLE n4
            n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
            pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((/* VAR 0 */
            pScene), (/* VAR 4 */
            n4), (/* VAR 5 */
            n5), (/* VAR 3 */
            pPreprocessing)); // END RESOLVE 6
            // ALREADY RESOLVED 4
            pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, byte* pFileName, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR4 = &pScene)
            {
                global::Silk.NET.Assimp.Return n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR4), (/* VAR 1 */
                pFormatId), (/* VAR 2 */
                pFileName), (/* VAR 3 */
                pPreprocessing)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, ref byte pFileName, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR4 = &pScene)
                fixed (byte* SPECIAL_VAR5 = &pFileName)
                {
                    global::Silk.NET.Assimp.Return n6;
                    ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR4), (/* VAR 1 */
                    pFormatId), (SPECIAL_VAR5), (/* VAR 3 */
                    pPreprocessing)); // END RESOLVE 6
                    // ALREADY RESOLVED 6
                    return /* VAR 6 */
                    n6;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, string pFileName, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
            {
                global::Silk.NET.Assimp.Return n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR5), (/* VAR 1 */
                pFormatId), (/* VAR 4 */
                n4), (/* VAR 3 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, byte* pFileName, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR4 = &pScene)
                fixed (byte* SPECIAL_VAR5 = &pFormatId)
                {
                    global::Silk.NET.Assimp.Return n6;
                    ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 4
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR4), (SPECIAL_VAR5), (/* VAR 2 */
                    pFileName), (/* VAR 3 */
                    pPreprocessing)); // END RESOLVE 6
                    // ALREADY RESOLVED 6
                    return /* VAR 6 */
                    n6;
                }
        }

        public partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, ref byte pFileName, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR4 = &pScene)
                    fixed (byte* SPECIAL_VAR5 = &pFormatId)
                        fixed (byte* SPECIAL_VAR6 = &pFileName)
                        {
                            global::Silk.NET.Assimp.Return n7;
                            ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 4
                            // ALREADY RESOLVED 5
                            // ALREADY RESOLVED 6
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // RESOLVED 7 TO VARIABLE n7
                            n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR4), (SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 3 */
                            pPreprocessing)); // END RESOLVE 7
                            // ALREADY RESOLVED 7
                            return /* VAR 7 */
                            n7;
                        }
            }
        }

        public partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, string pFileName, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                    fixed (byte* SPECIAL_VAR6 = &pFormatId)
                    {
                        global::Silk.NET.Assimp.Return n7;
                        byte* n4;
                        ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // RESOLVED 4 TO VARIABLE n4
                        n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                        pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // RESOLVED 7 TO VARIABLE n7
                        n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 4 */
                        n4), (/* VAR 3 */
                        pPreprocessing)); // END RESOLVE 7
                        // ALREADY RESOLVED 4
                        pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                        n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                        n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                        return /* VAR 7 */
                        n7;
                    }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, byte* pFileName, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
            {
                global::Silk.NET.Assimp.Return n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR5), (/* VAR 4 */
                n4), (/* VAR 2 */
                pFileName), (/* VAR 3 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, ref byte pFileName, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                    fixed (byte* SPECIAL_VAR6 = &pFileName)
                    {
                        global::Silk.NET.Assimp.Return n7;
                        byte* n4;
                        ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 5
                        // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // RESOLVED 4 TO VARIABLE n4
                        n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                        pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // RESOLVED 7 TO VARIABLE n7
                        n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR5), (/* VAR 4 */
                        n4), (SPECIAL_VAR6), (/* VAR 3 */
                        pPreprocessing)); // END RESOLVE 7
                        // ALREADY RESOLVED 4
                        pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                        n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                        n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                        return /* VAR 7 */
                        n7;
                    }
            }
        }

        public partial global::Silk.NET.Assimp.Return ExportScene(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, string pFileName, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
                {
                    global::Silk.NET.Assimp.Return n7;
                    byte* n5;
                    byte* n4;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 4 TO VARIABLE n4
                    n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                    pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportScene)((SPECIAL_VAR6), (/* VAR 4 */
                    n4), (/* VAR 5 */
                    n5), (/* VAR 3 */
                    pPreprocessing)); // END RESOLVE 7
                    // ALREADY RESOLVED 4
                    pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                    n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                    n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, byte* pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n5;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
            pScene), (/* VAR 1 */
            pFormatId), (/* VAR 2 */
            pFileName), (/* VAR 3 */
            pIO), (/* VAR 4 */
            pPreprocessing)); // END RESOLVE 5
            // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, byte* pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR5 = &pIO)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (/* VAR 1 */
                pFormatId), (/* VAR 2 */
                pFileName), (SPECIAL_VAR5), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, ref byte pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFileName)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (/* VAR 1 */
                pFormatId), (SPECIAL_VAR5), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, ref byte pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFileName)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR6 = &pIO)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                    pScene), (/* VAR 1 */
                    pFormatId), (SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, string pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
            pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
            pScene), (/* VAR 1 */
            pFormatId), (/* VAR 5 */
            n5), (/* VAR 3 */
            pIO), (/* VAR 4 */
            pPreprocessing)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, string pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR6 = &pIO)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (/* VAR 1 */
                pFormatId), (/* VAR 5 */
                n5), (SPECIAL_VAR6), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, byte* pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFormatId)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (SPECIAL_VAR5), (/* VAR 2 */
                pFileName), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, byte* pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFormatId)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR6 = &pIO)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                    pScene), (SPECIAL_VAR5), (/* VAR 2 */
                    pFileName), (SPECIAL_VAR6), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, ref byte pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFormatId)
                fixed (byte* SPECIAL_VAR6 = &pFileName)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                    pScene), (SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 3 */
                    pIO), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, ref byte pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR5 = &pFormatId)
                fixed (byte* SPECIAL_VAR6 = &pFileName)
                    fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                        pScene), (SPECIAL_VAR5), (SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 4 */
                        pPreprocessing)); // END RESOLVE 8
                        // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, string pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR6 = &pFormatId)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (SPECIAL_VAR6), (/* VAR 5 */
                n5), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, string pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR6 = &pFormatId)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
                {
                    global::Silk.NET.Assimp.Return n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                    pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                    pScene), (SPECIAL_VAR6), (/* VAR 5 */
                    n5), (SPECIAL_VAR7), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, byte* pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
            pScene), (/* VAR 5 */
            n5), (/* VAR 2 */
            pFileName), (/* VAR 3 */
            pIO), (/* VAR 4 */
            pPreprocessing)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, byte* pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR6 = &pIO)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (/* VAR 5 */
                n5), (/* VAR 2 */
                pFileName), (SPECIAL_VAR6), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, ref byte pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR6 = &pFileName)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (/* VAR 5 */
                n5), (SPECIAL_VAR6), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, ref byte pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR6 = &pFileName)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
                {
                    global::Silk.NET.Assimp.Return n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // ALREADY RESOLVED 6
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                    pScene), (/* VAR 5 */
                    n5), (SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, string pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.Return n7;
            byte* n6;
            byte* n5;
            ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 6 TO VARIABLE n6
            n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
            pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 7 TO VARIABLE n7
            n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
            pScene), (/* VAR 5 */
            n5), (/* VAR 6 */
            n6), (/* VAR 3 */
            pIO), (/* VAR 4 */
            pPreprocessing)); // END RESOLVE 7
            // ALREADY RESOLVED 5
            pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
            return /* VAR 7 */
            n7;
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, string pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                byte* n5;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // ALREADY RESOLVED 7
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((/* VAR 0 */
                pScene), (/* VAR 5 */
                n5), (/* VAR 6 */
                n6), (SPECIAL_VAR7), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 8
                // ALREADY RESOLVED 5
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, byte* pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (/* VAR 1 */
                pFormatId), (/* VAR 2 */
                pFileName), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, byte* pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR6 = &pIO)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (/* VAR 1 */
                    pFormatId), (/* VAR 2 */
                    pFileName), (SPECIAL_VAR6), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, ref byte pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                fixed (byte* SPECIAL_VAR6 = &pFileName)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (/* VAR 1 */
                    pFormatId), (SPECIAL_VAR6), (/* VAR 3 */
                    pIO), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, ref byte pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                fixed (byte* SPECIAL_VAR6 = &pFileName)
                    fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 5
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (/* VAR 1 */
                        pFormatId), (SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 4 */
                        pPreprocessing)); // END RESOLVE 8
                        // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, string pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (/* VAR 1 */
                pFormatId), (/* VAR 5 */
                n5), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, string pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
                {
                    global::Silk.NET.Assimp.Return n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                    pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (/* VAR 1 */
                    pFormatId), (/* VAR 5 */
                    n5), (SPECIAL_VAR7), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, byte* pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                fixed (byte* SPECIAL_VAR6 = &pFormatId)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                    pFileName), (/* VAR 3 */
                    pIO), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, byte* pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                fixed (byte* SPECIAL_VAR6 = &pFormatId)
                    fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                        pFileName), (SPECIAL_VAR7), (/* VAR 4 */
                        pPreprocessing)); // END RESOLVE 8
                        // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, ref byte pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                fixed (byte* SPECIAL_VAR6 = &pFormatId)
                    fixed (byte* SPECIAL_VAR7 = &pFileName)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 3 */
                        pIO), (/* VAR 4 */
                        pPreprocessing)); // END RESOLVE 8
                        // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
        }

        public partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, ref byte pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR5 = &pScene)
                    fixed (byte* SPECIAL_VAR6 = &pFormatId)
                        fixed (byte* SPECIAL_VAR7 = &pFileName)
                            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR8 = &pIO)
                            {
                                global::Silk.NET.Assimp.Return n9;
                                ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 5
                                // ALREADY RESOLVED 6
                                // ALREADY RESOLVED 7
                                // ALREADY RESOLVED 8
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // RESOLVED 9 TO VARIABLE n9
                                n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR5), (SPECIAL_VAR6), (SPECIAL_VAR7), (SPECIAL_VAR8), (/* VAR 4 */
                                pPreprocessing)); // END RESOLVE 9
                                // ALREADY RESOLVED 9
                                return /* VAR 9 */
                                n9;
                            }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, string pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
                fixed (byte* SPECIAL_VAR7 = &pFormatId)
                {
                    global::Silk.NET.Assimp.Return n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                    pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 5 */
                    n5), (/* VAR 3 */
                    pIO), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, string pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
                    fixed (byte* SPECIAL_VAR7 = &pFormatId)
                        fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR8 = &pIO)
                        {
                            global::Silk.NET.Assimp.Return n9;
                            byte* n5;
                            ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 6
                            // ALREADY RESOLVED 7
                            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // RESOLVED 5 TO VARIABLE n5
                            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                            pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                            // ALREADY RESOLVED 8
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // RESOLVED 9 TO VARIABLE n9
                            n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 5 */
                            n5), (SPECIAL_VAR8), (/* VAR 4 */
                            pPreprocessing)); // END RESOLVE 9
                            // ALREADY RESOLVED 5
                            pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                            return /* VAR 9 */
                            n9;
                        }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, byte* pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (/* VAR 5 */
                n5), (/* VAR 2 */
                pFileName), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, byte* pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR7 = &pIO)
                {
                    global::Silk.NET.Assimp.Return n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (/* VAR 5 */
                    n5), (/* VAR 2 */
                    pFileName), (SPECIAL_VAR7), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, ref byte pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
                fixed (byte* SPECIAL_VAR7 = &pFileName)
                {
                    global::Silk.NET.Assimp.Return n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (/* VAR 5 */
                    n5), (SPECIAL_VAR7), (/* VAR 3 */
                    pIO), (/* VAR 4 */
                    pPreprocessing)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, ref byte pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR6 = &pScene)
                    fixed (byte* SPECIAL_VAR7 = &pFileName)
                        fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR8 = &pIO)
                        {
                            global::Silk.NET.Assimp.Return n9;
                            byte* n5;
                            ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 6
                            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // RESOLVED 5 TO VARIABLE n5
                            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                            pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                            // ALREADY RESOLVED 7
                            // ALREADY RESOLVED 8
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // RESOLVED 9 TO VARIABLE n9
                            n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR6), (/* VAR 5 */
                            n5), (SPECIAL_VAR7), (SPECIAL_VAR8), (/* VAR 4 */
                            pPreprocessing)); // END RESOLVE 9
                            // ALREADY RESOLVED 5
                            pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                            return /* VAR 9 */
                            n9;
                        }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, string pFileName, global::Silk.NET.Assimp.FileIO* pIO, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR7 = &pScene)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                byte* n5;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 7
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR7), (/* VAR 5 */
                n5), (/* VAR 6 */
                n6), (/* VAR 3 */
                pIO), (/* VAR 4 */
                pPreprocessing)); // END RESOLVE 8
                // ALREADY RESOLVED 5
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public partial global::Silk.NET.Assimp.Return ExportSceneEx(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, string pFileName, ref global::Silk.NET.Assimp.FileIO pIO, uint pPreprocessing)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR7 = &pScene)
                    fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR8 = &pIO)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        byte* n6;
                        byte* n5;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // RESOLVED 5 TO VARIABLE n5
                        n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                        pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // RESOLVED 6 TO VARIABLE n6
                        n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 2 */
                        pFileName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                        // ALREADY RESOLVED 8
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, byte*, global::Silk.NET.Assimp.FileIO*, uint, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiExportSceneEx)((SPECIAL_VAR7), (/* VAR 5 */
                        n5), (/* VAR 6 */
                        n6), (SPECIAL_VAR8), (/* VAR 4 */
                        pPreprocessing)); // END RESOLVE 9
                        // ALREADY RESOLVED 5
                        pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                        pFileName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                        n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                        n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.ExportDataBlob* ExportSceneToBlob(global::Silk.NET.Assimp.Scene* pScene, byte* pFormatId, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.ExportDataBlob* n3;
            ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 3 TO VARIABLE n3
            n3 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, uint, global::Silk.NET.Assimp.ExportDataBlob*> )(CurrentVTable as GeneratedVTable).AiExportSceneToBlob)((/* VAR 0 */
            pScene), (/* VAR 1 */
            pFormatId), (/* VAR 2 */
            pPreprocessing)); // END RESOLVE 3
            // ALREADY RESOLVED 3
            return /* VAR 3 */
            n3;
        }

        public unsafe partial global::Silk.NET.Assimp.ExportDataBlob* ExportSceneToBlob(global::Silk.NET.Assimp.Scene* pScene, ref byte pFormatId, uint pPreprocessing)
        {
            fixed (byte* SPECIAL_VAR3 = &pFormatId)
            {
                global::Silk.NET.Assimp.ExportDataBlob* n4;
                ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 4 TO VARIABLE n4
                n4 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, uint, global::Silk.NET.Assimp.ExportDataBlob*> )(CurrentVTable as GeneratedVTable).AiExportSceneToBlob)((/* VAR 0 */
                pScene), (SPECIAL_VAR3), (/* VAR 2 */
                pPreprocessing)); // END RESOLVE 4
                // ALREADY RESOLVED 4
                return /* VAR 4 */
                n4;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.ExportDataBlob* ExportSceneToBlob(global::Silk.NET.Assimp.Scene* pScene, string pFormatId, uint pPreprocessing)
        {
            global::Silk.NET.Assimp.ExportDataBlob* n4;
            byte* n3;
            ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 3 TO VARIABLE n3
            n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 4 TO VARIABLE n4
            n4 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, uint, global::Silk.NET.Assimp.ExportDataBlob*> )(CurrentVTable as GeneratedVTable).AiExportSceneToBlob)((/* VAR 0 */
            pScene), (/* VAR 3 */
            n3), (/* VAR 2 */
            pPreprocessing)); // END RESOLVE 4
            // ALREADY RESOLVED 3
            pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            return /* VAR 4 */
            n4;
        }

        public unsafe partial global::Silk.NET.Assimp.ExportDataBlob* ExportSceneToBlob(in global::Silk.NET.Assimp.Scene pScene, byte* pFormatId, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR3 = &pScene)
            {
                global::Silk.NET.Assimp.ExportDataBlob* n4;
                ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 3
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 4 TO VARIABLE n4
                n4 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, uint, global::Silk.NET.Assimp.ExportDataBlob*> )(CurrentVTable as GeneratedVTable).AiExportSceneToBlob)((SPECIAL_VAR3), (/* VAR 1 */
                pFormatId), (/* VAR 2 */
                pPreprocessing)); // END RESOLVE 4
                // ALREADY RESOLVED 4
                return /* VAR 4 */
                n4;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.ExportDataBlob* ExportSceneToBlob(in global::Silk.NET.Assimp.Scene pScene, ref byte pFormatId, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR3 = &pScene)
                fixed (byte* SPECIAL_VAR4 = &pFormatId)
                {
                    global::Silk.NET.Assimp.ExportDataBlob* n5;
                    ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 3
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, uint, global::Silk.NET.Assimp.ExportDataBlob*> )(CurrentVTable as GeneratedVTable).AiExportSceneToBlob)((SPECIAL_VAR3), (SPECIAL_VAR4), (/* VAR 2 */
                    pPreprocessing)); // END RESOLVE 5
                    // ALREADY RESOLVED 5
                    return /* VAR 5 */
                    n5;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.ExportDataBlob* ExportSceneToBlob(in global::Silk.NET.Assimp.Scene pScene, string pFormatId, uint pPreprocessing)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR4 = &pScene)
            {
                global::Silk.NET.Assimp.ExportDataBlob* n5;
                byte* n3;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 3 TO VARIABLE n3
                n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pFormatId), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, byte*, uint, global::Silk.NET.Assimp.ExportDataBlob*> )(CurrentVTable as GeneratedVTable).AiExportSceneToBlob)((SPECIAL_VAR4), (/* VAR 3 */
                n3), (/* VAR 2 */
                pPreprocessing)); // END RESOLVE 5
                // ALREADY RESOLVED 3
                pFormatId = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial void ReleaseExportBlob(global::Silk.NET.Assimp.ExportDataBlob* pData)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Assimp.ExportDataBlob*, void> )(CurrentVTable as GeneratedVTable).AiReleaseExportBlob)((/* VAR 0 */
            pData));
        }

        public partial void ReleaseExportBlob(in global::Silk.NET.Assimp.ExportDataBlob pData)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.ExportDataBlob* SPECIAL_VAR1 = &pData)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Assimp.ExportDataBlob*, void> )(CurrentVTable as GeneratedVTable).AiReleaseExportBlob)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.ImporterDesc* GetImporterDesc(byte* extension)
        {
            global::Silk.NET.Assimp.ImporterDesc* n1;
            ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 1 TO VARIABLE n1
            n1 = ((delegate* unmanaged<byte*, global::Silk.NET.Assimp.ImporterDesc*> )(CurrentVTable as GeneratedVTable).AiGetImporterDesc)((/* VAR 0 */
            extension)); // END RESOLVE 1
            // ALREADY RESOLVED 1
            return /* VAR 1 */
            n1;
        }

        public unsafe partial global::Silk.NET.Assimp.ImporterDesc* GetImporterDesc(ref byte extension)
        {
            fixed (byte* SPECIAL_VAR1 = &extension)
            {
                global::Silk.NET.Assimp.ImporterDesc* n2;
                ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 1
                // RESOLVED 2 TO VARIABLE n2
                n2 = ((delegate* unmanaged<byte*, global::Silk.NET.Assimp.ImporterDesc*> )(CurrentVTable as GeneratedVTable).AiGetImporterDesc)((SPECIAL_VAR1)); // END RESOLVE 2
                // ALREADY RESOLVED 2
                return /* VAR 2 */
                n2;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.ImporterDesc* GetImporterDesc(string extension)
        {
            global::Silk.NET.Assimp.ImporterDesc* n2;
            byte* n1;
            ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 1 TO VARIABLE n1
            n1 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            extension), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 1
            // RESOLVED 2 TO VARIABLE n2
            n2 = ((delegate* unmanaged<byte*, global::Silk.NET.Assimp.ImporterDesc*> )(CurrentVTable as GeneratedVTable).AiGetImporterDesc)((/* VAR 1 */
            n1)); // END RESOLVE 2
            // ALREADY RESOLVED 1
            extension = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 1 */
            n1, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 1
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 1 */
            n1, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 2
            return /* VAR 2 */
            n2;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFile(byte* pFile, uint pFlags)
        {
            global::Silk.NET.Assimp.Scene* n2;
            ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 2 TO VARIABLE n2
            n2 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFile)((/* VAR 0 */
            pFile), (/* VAR 1 */
            pFlags)); // END RESOLVE 2
            // ALREADY RESOLVED 2
            return /* VAR 2 */
            n2;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFile(ref byte pFile, uint pFlags)
        {
            fixed (byte* SPECIAL_VAR2 = &pFile)
            {
                global::Silk.NET.Assimp.Scene* n3;
                ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 3 TO VARIABLE n3
                n3 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFile)((SPECIAL_VAR2), (/* VAR 1 */
                pFlags)); // END RESOLVE 3
                // ALREADY RESOLVED 3
                return /* VAR 3 */
                n3;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFile(string pFile, uint pFlags)
        {
            global::Silk.NET.Assimp.Scene* n3;
            byte* n2;
            ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 2 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 2 TO VARIABLE n2
            n2 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            pFile), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 2
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 3 TO VARIABLE n3
            n3 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFile)((/* VAR 2 */
            n2), (/* VAR 1 */
            pFlags)); // END RESOLVE 3
            // ALREADY RESOLVED 2
            pFile = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 2 */
            n2, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 2
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 2 */
            n2, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
            return /* VAR 3 */
            n3;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileEx(byte* pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS)
        {
            global::Silk.NET.Assimp.Scene* n3;
            ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 3 TO VARIABLE n3
            n3 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileEx)((/* VAR 0 */
            pFile), (/* VAR 1 */
            pFlags), (/* VAR 2 */
            pFS)); // END RESOLVE 3
            // ALREADY RESOLVED 3
            return /* VAR 3 */
            n3;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileEx(byte* pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR3 = &pFS)
            {
                global::Silk.NET.Assimp.Scene* n4;
                ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 3
                // RESOLVED 4 TO VARIABLE n4
                n4 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileEx)((/* VAR 0 */
                pFile), (/* VAR 1 */
                pFlags), (SPECIAL_VAR3)); // END RESOLVE 4
                // ALREADY RESOLVED 4
                return /* VAR 4 */
                n4;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileEx(ref byte pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS)
        {
            fixed (byte* SPECIAL_VAR3 = &pFile)
            {
                global::Silk.NET.Assimp.Scene* n4;
                ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 3
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // RESOLVED 4 TO VARIABLE n4
                n4 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileEx)((SPECIAL_VAR3), (/* VAR 1 */
                pFlags), (/* VAR 2 */
                pFS)); // END RESOLVE 4
                // ALREADY RESOLVED 4
                return /* VAR 4 */
                n4;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileEx(ref byte pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS)
        {
            fixed (byte* SPECIAL_VAR3 = &pFile)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR4 = &pFS)
                {
                    global::Silk.NET.Assimp.Scene* n5;
                    ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 3
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 4
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileEx)((SPECIAL_VAR3), (/* VAR 1 */
                    pFlags), (SPECIAL_VAR4)); // END RESOLVE 5
                    // ALREADY RESOLVED 5
                    return /* VAR 5 */
                    n5;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileEx(string pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS)
        {
            global::Silk.NET.Assimp.Scene* n4;
            byte* n3;
            ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 3 TO VARIABLE n3
            n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            pFile), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // RESOLVED 4 TO VARIABLE n4
            n4 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileEx)((/* VAR 3 */
            n3), (/* VAR 1 */
            pFlags), (/* VAR 2 */
            pFS)); // END RESOLVE 4
            // ALREADY RESOLVED 3
            pFile = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            return /* VAR 4 */
            n4;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileEx(string pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR4 = &pFS)
            {
                global::Silk.NET.Assimp.Scene* n5;
                byte* n3;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 3 TO VARIABLE n3
                n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                pFile), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 4
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileEx)((/* VAR 3 */
                n3), (/* VAR 1 */
                pFlags), (SPECIAL_VAR4)); // END RESOLVE 5
                // ALREADY RESOLVED 3
                pFile = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(byte* pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            global::Silk.NET.Assimp.Scene* n4;
            ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 4 TO VARIABLE n4
            n4 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 0 */
            pFile), (/* VAR 1 */
            pFlags), (/* VAR 2 */
            pFS), (/* VAR 3 */
            pProps)); // END RESOLVE 4
            // ALREADY RESOLVED 4
            return /* VAR 4 */
            n4;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(byte* pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR4 = &pProps)
            {
                global::Silk.NET.Assimp.Scene* n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 4
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 0 */
                pFile), (/* VAR 1 */
                pFlags), (/* VAR 2 */
                pFS), (SPECIAL_VAR4)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(byte* pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR4 = &pFS)
            {
                global::Silk.NET.Assimp.Scene* n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 0 */
                pFile), (/* VAR 1 */
                pFlags), (SPECIAL_VAR4), (/* VAR 3 */
                pProps)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(byte* pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR4 = &pFS)
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR5 = &pProps)
                {
                    global::Silk.NET.Assimp.Scene* n6;
                    ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 4
                    // ALREADY RESOLVED 5
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 0 */
                    pFile), (/* VAR 1 */
                    pFlags), (SPECIAL_VAR4), (SPECIAL_VAR5)); // END RESOLVE 6
                    // ALREADY RESOLVED 6
                    return /* VAR 6 */
                    n6;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(ref byte pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (byte* SPECIAL_VAR4 = &pFile)
            {
                global::Silk.NET.Assimp.Scene* n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((SPECIAL_VAR4), (/* VAR 1 */
                pFlags), (/* VAR 2 */
                pFS), (/* VAR 3 */
                pProps)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(ref byte pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (byte* SPECIAL_VAR4 = &pFile)
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR5 = &pProps)
                {
                    global::Silk.NET.Assimp.Scene* n6;
                    ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 5
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((SPECIAL_VAR4), (/* VAR 1 */
                    pFlags), (/* VAR 2 */
                    pFS), (SPECIAL_VAR5)); // END RESOLVE 6
                    // ALREADY RESOLVED 6
                    return /* VAR 6 */
                    n6;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(ref byte pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (byte* SPECIAL_VAR4 = &pFile)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR5 = &pFS)
                {
                    global::Silk.NET.Assimp.Scene* n6;
                    ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((SPECIAL_VAR4), (/* VAR 1 */
                    pFlags), (SPECIAL_VAR5), (/* VAR 3 */
                    pProps)); // END RESOLVE 6
                    // ALREADY RESOLVED 6
                    return /* VAR 6 */
                    n6;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(ref byte pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (byte* SPECIAL_VAR4 = &pFile)
                fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR5 = &pFS)
                    fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR6 = &pProps)
                    {
                        global::Silk.NET.Assimp.Scene* n7;
                        ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 4
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        // RESOLVED 7 TO VARIABLE n7
                        n7 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((SPECIAL_VAR4), (/* VAR 1 */
                        pFlags), (SPECIAL_VAR5), (SPECIAL_VAR6)); // END RESOLVE 7
                        // ALREADY RESOLVED 7
                        return /* VAR 7 */
                        n7;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(string pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            global::Silk.NET.Assimp.Scene* n5;
            byte* n4;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 4 TO VARIABLE n4
            n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            pFile), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 4 */
            n4), (/* VAR 1 */
            pFlags), (/* VAR 2 */
            pFS), (/* VAR 3 */
            pProps)); // END RESOLVE 5
            // ALREADY RESOLVED 4
            pFile = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(string pFile, uint pFlags, global::Silk.NET.Assimp.FileIO* pFS, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR5 = &pProps)
            {
                global::Silk.NET.Assimp.Scene* n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                pFile), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 5
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 4 */
                n4), (/* VAR 1 */
                pFlags), (/* VAR 2 */
                pFS), (SPECIAL_VAR5)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pFile = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(string pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR5 = &pFS)
            {
                global::Silk.NET.Assimp.Scene* n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                pFile), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 4 */
                n4), (/* VAR 1 */
                pFlags), (SPECIAL_VAR5), (/* VAR 3 */
                pProps)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pFile = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileExWithProperties(string pFile, uint pFlags, ref global::Silk.NET.Assimp.FileIO pFS, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.FileIO* SPECIAL_VAR5 = &pFS)
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR6 = &pProps)
                {
                    global::Silk.NET.Assimp.Scene* n7;
                    byte* n4;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // RESOLVED 4 TO VARIABLE n4
                    n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                    pFile), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<byte*, uint, global::Silk.NET.Assimp.FileIO*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileExWithProperties)((/* VAR 4 */
                    n4), (/* VAR 1 */
                    pFlags), (SPECIAL_VAR5), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 4
                    pFile = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                    n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                    n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(byte* pBuffer, uint pLength, uint pFlags, byte* pHint)
        {
            global::Silk.NET.Assimp.Scene* n4;
            ; // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 4 TO VARIABLE n4
            n4 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((/* VAR 0 */
            pBuffer), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 3 */
            pHint)); // END RESOLVE 4
            // ALREADY RESOLVED 4
            return /* VAR 4 */
            n4;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(byte* pBuffer, uint pLength, uint pFlags, ref byte pHint)
        {
            fixed (byte* SPECIAL_VAR4 = &pHint)
            {
                global::Silk.NET.Assimp.Scene* n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 4
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((/* VAR 0 */
                pBuffer), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (SPECIAL_VAR4)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(byte* pBuffer, uint pLength, uint pFlags, string pHint)
        {
            global::Silk.NET.Assimp.Scene* n5;
            byte* n4;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 4 TO VARIABLE n4
            n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
            pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((/* VAR 0 */
            pBuffer), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 4 */
            n4)); // END RESOLVE 5
            // ALREADY RESOLVED 4
            pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(ref byte pBuffer, uint pLength, uint pFlags, byte* pHint)
        {
            fixed (byte* SPECIAL_VAR4 = &pBuffer)
            {
                global::Silk.NET.Assimp.Scene* n5;
                ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((SPECIAL_VAR4), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 3 */
                pHint)); // END RESOLVE 5
                // ALREADY RESOLVED 5
                return /* VAR 5 */
                n5;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(ref byte pBuffer, uint pLength, uint pFlags, ref byte pHint)
        {
            fixed (byte* SPECIAL_VAR4 = &pBuffer)
                fixed (byte* SPECIAL_VAR5 = &pHint)
                {
                    global::Silk.NET.Assimp.Scene* n6;
                    ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 5
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((SPECIAL_VAR4), (/* VAR 1 */
                    pLength), (/* VAR 2 */
                    pFlags), (SPECIAL_VAR5)); // END RESOLVE 6
                    // ALREADY RESOLVED 6
                    return /* VAR 6 */
                    n6;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(ref byte pBuffer, uint pLength, uint pFlags, string pHint)
        {
            fixed (byte* SPECIAL_VAR5 = &pBuffer)
            {
                global::Silk.NET.Assimp.Scene* n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
                pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((SPECIAL_VAR5), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 4 */
                n4)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(string pBuffer, uint pLength, uint pFlags, byte* pHint)
        {
            global::Silk.NET.Assimp.Scene* n5;
            byte* n4;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 4 TO VARIABLE n4
            n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((/* VAR 4 */
            n4), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 3 */
            pHint)); // END RESOLVE 5
            // ALREADY RESOLVED 4
            pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(string pBuffer, uint pLength, uint pFlags, ref byte pHint)
        {
            fixed (byte* SPECIAL_VAR5 = &pHint)
            {
                global::Silk.NET.Assimp.Scene* n6;
                byte* n4;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 4 TO VARIABLE n4
                n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 5
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((/* VAR 4 */
                n4), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (SPECIAL_VAR5)); // END RESOLVE 6
                // ALREADY RESOLVED 4
                pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
                n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemory(string pBuffer, uint pLength, uint pFlags, string pHint)
        {
            global::Silk.NET.Assimp.Scene* n6;
            byte* n5;
            byte* n4;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 4 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 4 TO VARIABLE n4
            n4 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 4
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
            pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemory)((/* VAR 4 */
            n4), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 5 */
            n5)); // END RESOLVE 6
            // ALREADY RESOLVED 4
            pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 4
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 4 */
            n4, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(byte* pBuffer, uint pLength, uint pFlags, byte* pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            global::Silk.NET.Assimp.Scene* n5;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 0 */
            pBuffer), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 3 */
            pHint), (/* VAR 4 */
            pProps)); // END RESOLVE 5
            // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(byte* pBuffer, uint pLength, uint pFlags, byte* pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR5 = &pProps)
            {
                global::Silk.NET.Assimp.Scene* n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 5
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 0 */
                pBuffer), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 3 */
                pHint), (SPECIAL_VAR5)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(byte* pBuffer, uint pLength, uint pFlags, ref byte pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (byte* SPECIAL_VAR5 = &pHint)
            {
                global::Silk.NET.Assimp.Scene* n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 0 */
                pBuffer), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (SPECIAL_VAR5), (/* VAR 4 */
                pProps)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(byte* pBuffer, uint pLength, uint pFlags, ref byte pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (byte* SPECIAL_VAR5 = &pHint)
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR6 = &pProps)
                {
                    global::Silk.NET.Assimp.Scene* n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 0 */
                    pBuffer), (/* VAR 1 */
                    pLength), (/* VAR 2 */
                    pFlags), (SPECIAL_VAR5), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(byte* pBuffer, uint pLength, uint pFlags, string pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            global::Silk.NET.Assimp.Scene* n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
            pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 0 */
            pBuffer), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 5 */
            n5), (/* VAR 4 */
            pProps)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(byte* pBuffer, uint pLength, uint pFlags, string pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR6 = &pProps)
            {
                global::Silk.NET.Assimp.Scene* n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
                pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 0 */
                pBuffer), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 5 */
                n5), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(ref byte pBuffer, uint pLength, uint pFlags, byte* pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (byte* SPECIAL_VAR5 = &pBuffer)
            {
                global::Silk.NET.Assimp.Scene* n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((SPECIAL_VAR5), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 3 */
                pHint), (/* VAR 4 */
                pProps)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(ref byte pBuffer, uint pLength, uint pFlags, byte* pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (byte* SPECIAL_VAR5 = &pBuffer)
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR6 = &pProps)
                {
                    global::Silk.NET.Assimp.Scene* n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((SPECIAL_VAR5), (/* VAR 1 */
                    pLength), (/* VAR 2 */
                    pFlags), (/* VAR 3 */
                    pHint), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(ref byte pBuffer, uint pLength, uint pFlags, ref byte pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (byte* SPECIAL_VAR5 = &pBuffer)
                fixed (byte* SPECIAL_VAR6 = &pHint)
                {
                    global::Silk.NET.Assimp.Scene* n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((SPECIAL_VAR5), (/* VAR 1 */
                    pLength), (/* VAR 2 */
                    pFlags), (SPECIAL_VAR6), (/* VAR 4 */
                    pProps)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(ref byte pBuffer, uint pLength, uint pFlags, ref byte pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (byte* SPECIAL_VAR5 = &pBuffer)
                fixed (byte* SPECIAL_VAR6 = &pHint)
                    fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR7 = &pProps)
                    {
                        global::Silk.NET.Assimp.Scene* n8;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 5
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((SPECIAL_VAR5), (/* VAR 1 */
                        pLength), (/* VAR 2 */
                        pFlags), (SPECIAL_VAR6), (SPECIAL_VAR7)); // END RESOLVE 8
                        // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(ref byte pBuffer, uint pLength, uint pFlags, string pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (byte* SPECIAL_VAR6 = &pBuffer)
            {
                global::Silk.NET.Assimp.Scene* n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
                pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((SPECIAL_VAR6), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 5 */
                n5), (/* VAR 4 */
                pProps)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(ref byte pBuffer, uint pLength, uint pFlags, string pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (byte* SPECIAL_VAR6 = &pBuffer)
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR7 = &pProps)
                {
                    global::Silk.NET.Assimp.Scene* n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
                    pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((SPECIAL_VAR6), (/* VAR 1 */
                    pLength), (/* VAR 2 */
                    pFlags), (/* VAR 5 */
                    n5), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(string pBuffer, uint pLength, uint pFlags, byte* pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            global::Silk.NET.Assimp.Scene* n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 5 */
            n5), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 3 */
            pHint), (/* VAR 4 */
            pProps)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(string pBuffer, uint pLength, uint pFlags, byte* pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR6 = &pProps)
            {
                global::Silk.NET.Assimp.Scene* n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 5 */
                n5), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 3 */
                pHint), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(string pBuffer, uint pLength, uint pFlags, ref byte pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            fixed (byte* SPECIAL_VAR6 = &pHint)
            {
                global::Silk.NET.Assimp.Scene* n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 5 */
                n5), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (SPECIAL_VAR6), (/* VAR 4 */
                pProps)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(string pBuffer, uint pLength, uint pFlags, ref byte pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (byte* SPECIAL_VAR6 = &pHint)
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR7 = &pProps)
                {
                    global::Silk.NET.Assimp.Scene* n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                    pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 6
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 5 */
                    n5), (/* VAR 1 */
                    pLength), (/* VAR 2 */
                    pFlags), (SPECIAL_VAR6), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(string pBuffer, uint pLength, uint pFlags, string pHint, global::Silk.NET.Assimp.PropertyStore* pProps)
        {
            global::Silk.NET.Assimp.Scene* n7;
            byte* n6;
            byte* n5;
            ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
            pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // RESOLVED 6 TO VARIABLE n6
            n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
            pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 7 TO VARIABLE n7
            n7 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 5 */
            n5), (/* VAR 1 */
            pLength), (/* VAR 2 */
            pFlags), (/* VAR 6 */
            n6), (/* VAR 4 */
            pProps)); // END RESOLVE 7
            // ALREADY RESOLVED 5
            pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
            return /* VAR 7 */
            n7;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ImportFileFromMemoryWithProperties(string pBuffer, uint pLength, uint pFlags, string pHint, in global::Silk.NET.Assimp.PropertyStore pProps)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR7 = &pProps)
            {
                global::Silk.NET.Assimp.Scene* n8;
                byte* n6;
                byte* n5;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                pBuffer), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 3 */
                pHint), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // ALREADY RESOLVED 7
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<byte*, uint, uint, byte*, global::Silk.NET.Assimp.PropertyStore*, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiImportFileFromMemoryWithProperties)((/* VAR 5 */
                n5), (/* VAR 1 */
                pLength), (/* VAR 2 */
                pFlags), (/* VAR 6 */
                n6), (SPECIAL_VAR7)); // END RESOLVE 8
                // ALREADY RESOLVED 5
                pBuffer = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                pHint = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ApplyPostProcessing(global::Silk.NET.Assimp.Scene* pScene, uint pFlags)
        {
            global::Silk.NET.Assimp.Scene* n2;
            ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 2 TO VARIABLE n2
            n2 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, uint, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiApplyPostProcessing)((/* VAR 0 */
            pScene), (/* VAR 1 */
            pFlags)); // END RESOLVE 2
            // ALREADY RESOLVED 2
            return /* VAR 2 */
            n2;
        }

        public unsafe partial global::Silk.NET.Assimp.Scene* ApplyPostProcessing(in global::Silk.NET.Assimp.Scene pScene, uint pFlags)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR2 = &pScene)
            {
                global::Silk.NET.Assimp.Scene* n3;
                ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 3 TO VARIABLE n3
                n3 = ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, uint, global::Silk.NET.Assimp.Scene*> )(CurrentVTable as GeneratedVTable).AiApplyPostProcessing)((SPECIAL_VAR2), (/* VAR 1 */
                pFlags)); // END RESOLVE 3
                // ALREADY RESOLVED 3
                return /* VAR 3 */
                n3;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.LogStream GetPredefinedLogStream(global::Silk.NET.Assimp.DefaultLogStream pStreams, byte* file)
        {
            global::Silk.NET.Assimp.LogStream n2;
            ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 2 TO VARIABLE n2
            n2 = ((delegate* unmanaged<global::Silk.NET.Assimp.DefaultLogStream, byte*, global::Silk.NET.Assimp.LogStream> )(CurrentVTable as GeneratedVTable).AiGetPredefinedLogStream)((/* VAR 0 */
            pStreams), (/* VAR 1 */
            file)); // END RESOLVE 2
            // ALREADY RESOLVED 2
            return /* VAR 2 */
            n2;
        }

        public partial global::Silk.NET.Assimp.LogStream GetPredefinedLogStream(global::Silk.NET.Assimp.DefaultLogStream pStreams, ref byte file)
        {
            unsafe
            {
                fixed (byte* SPECIAL_VAR2 = &file)
                {
                    global::Silk.NET.Assimp.LogStream n3;
                    ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 2
                    // RESOLVED 3 TO VARIABLE n3
                    n3 = ((delegate* unmanaged<global::Silk.NET.Assimp.DefaultLogStream, byte*, global::Silk.NET.Assimp.LogStream> )(CurrentVTable as GeneratedVTable).AiGetPredefinedLogStream)((/* VAR 0 */
                    pStreams), (SPECIAL_VAR2)); // END RESOLVE 3
                    // ALREADY RESOLVED 3
                    return /* VAR 3 */
                    n3;
                }
            }
        }

        public partial global::Silk.NET.Assimp.LogStream GetPredefinedLogStream(global::Silk.NET.Assimp.DefaultLogStream pStreams, string file)
        {
            unsafe
            {
                global::Silk.NET.Assimp.LogStream n3;
                byte* n2;
                ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 2 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 2 TO VARIABLE n2
                n2 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                file), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 2
                // RESOLVED 3 TO VARIABLE n3
                n3 = ((delegate* unmanaged<global::Silk.NET.Assimp.DefaultLogStream, byte*, global::Silk.NET.Assimp.LogStream> )(CurrentVTable as GeneratedVTable).AiGetPredefinedLogStream)((/* VAR 0 */
                pStreams), (/* VAR 2 */
                n2)); // END RESOLVE 3
                // ALREADY RESOLVED 2
                file = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 2 */
                n2, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 2
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 2 */
                n2, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                return /* VAR 3 */
                n3;
            }
        }

        public unsafe partial void AttachLogStream(global::Silk.NET.Assimp.LogStream* stream)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Assimp.LogStream*, void> )(CurrentVTable as GeneratedVTable).AiAttachLogStream)((/* VAR 0 */
            stream));
        }

        public partial void AttachLogStream(in global::Silk.NET.Assimp.LogStream stream)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.LogStream* SPECIAL_VAR1 = &stream)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Assimp.LogStream*, void> )(CurrentVTable as GeneratedVTable).AiAttachLogStream)((SPECIAL_VAR1));
                }
            }
        }

        public partial void EnableVerboseLogging(int d)
        {
            unsafe
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                ((delegate* unmanaged<int, void> )(CurrentVTable as GeneratedVTable).AiEnableVerboseLogging)((/* VAR 0 */
                d));
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return DetachLogStream(global::Silk.NET.Assimp.LogStream* stream)
        {
            global::Silk.NET.Assimp.Return n1;
            ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 1 TO VARIABLE n1
            n1 = ((delegate* unmanaged<global::Silk.NET.Assimp.LogStream*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiDetachLogStream)((/* VAR 0 */
            stream)); // END RESOLVE 1
            // ALREADY RESOLVED 1
            return /* VAR 1 */
            n1;
        }

        public partial global::Silk.NET.Assimp.Return DetachLogStream(in global::Silk.NET.Assimp.LogStream stream)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.LogStream* SPECIAL_VAR1 = &stream)
                {
                    global::Silk.NET.Assimp.Return n2;
                    ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 1
                    // RESOLVED 2 TO VARIABLE n2
                    n2 = ((delegate* unmanaged<global::Silk.NET.Assimp.LogStream*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiDetachLogStream)((SPECIAL_VAR1)); // END RESOLVE 2
                    // ALREADY RESOLVED 2
                    return /* VAR 2 */
                    n2;
                }
            }
        }

        public partial void DetachAllLogStreams()
        {
            unsafe
            {
                ((delegate* unmanaged<void> )(CurrentVTable as GeneratedVTable).AiDetachAllLogStreams)();
            }
        }

        public unsafe partial void ReleaseImport(global::Silk.NET.Assimp.Scene* pScene)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, void> )(CurrentVTable as GeneratedVTable).AiReleaseImport)((/* VAR 0 */
            pScene));
        }

        public partial void ReleaseImport(in global::Silk.NET.Assimp.Scene pScene)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR1 = &pScene)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, void> )(CurrentVTable as GeneratedVTable).AiReleaseImport)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial byte* GetErrorString()
        {
            byte* n0;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 TO VARIABLE n0
            n0 = ((delegate* unmanaged<byte*> )(CurrentVTable as GeneratedVTable).AiGetErrorString)(); // END RESOLVE 0
            // ALREADY RESOLVED 0
            return /* VAR 0 */
            n0;
        }

        public partial string GetErrorStringS()
        {
            unsafe
            {
                byte* n1;
                ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 TO VARIABLE n1
                n1 = ((delegate* unmanaged<byte*> )(CurrentVTable as GeneratedVTable).AiGetErrorString)(); // END RESOLVE 1
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 1
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                return (/* VAR 0 */
                Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 1 */
                n1, (Silk.NET.Core.Native.NativeStringEncoding)20));
            }
        }

        public unsafe partial int IsExtensionSupported(byte* szExtension)
        {
            int n1;
            ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 1 TO VARIABLE n1
            n1 = ((delegate* unmanaged<byte*, int> )(CurrentVTable as GeneratedVTable).AiIsExtensionSupported)((/* VAR 0 */
            szExtension)); // END RESOLVE 1
            // ALREADY RESOLVED 1
            return /* VAR 1 */
            n1;
        }

        public partial int IsExtensionSupported(ref byte szExtension)
        {
            unsafe
            {
                fixed (byte* SPECIAL_VAR1 = &szExtension)
                {
                    int n2;
                    ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 1
                    // RESOLVED 2 TO VARIABLE n2
                    n2 = ((delegate* unmanaged<byte*, int> )(CurrentVTable as GeneratedVTable).AiIsExtensionSupported)((SPECIAL_VAR1)); // END RESOLVE 2
                    // ALREADY RESOLVED 2
                    return /* VAR 2 */
                    n2;
                }
            }
        }

        public partial int IsExtensionSupported(string szExtension)
        {
            unsafe
            {
                int n2;
                byte* n1;
                ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // RESOLVED 1 TO VARIABLE n1
                n1 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 0 */
                szExtension), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 1
                // RESOLVED 2 TO VARIABLE n2
                n2 = ((delegate* unmanaged<byte*, int> )(CurrentVTable as GeneratedVTable).AiIsExtensionSupported)((/* VAR 1 */
                n1)); // END RESOLVE 2
                // ALREADY RESOLVED 1
                szExtension = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 1 */
                n1, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 1
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 1 */
                n1, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 2
                return /* VAR 2 */
                n2;
            }
        }

        public unsafe partial void GetExtensionList(global::Silk.NET.Assimp.AssimpString* szOut)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiGetExtensionList)((/* VAR 0 */
            szOut));
        }

        public partial void GetExtensionList(ref global::Silk.NET.Assimp.AssimpString szOut)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR1 = &szOut)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiGetExtensionList)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial void GetMemoryRequirements(global::Silk.NET.Assimp.Scene* pIn, global::Silk.NET.Assimp.MemoryInfo* @in)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.MemoryInfo*, void> )(CurrentVTable as GeneratedVTable).AiGetMemoryRequirements)((/* VAR 0 */
            pIn), (/* VAR 1 */
            @in));
        }

        public unsafe partial void GetMemoryRequirements(global::Silk.NET.Assimp.Scene* pIn, ref global::Silk.NET.Assimp.MemoryInfo @in)
        {
            fixed (global::Silk.NET.Assimp.MemoryInfo* SPECIAL_VAR2 = &@in)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.MemoryInfo*, void> )(CurrentVTable as GeneratedVTable).AiGetMemoryRequirements)((/* VAR 0 */
                pIn), (SPECIAL_VAR2));
            }
        }

        public unsafe partial void GetMemoryRequirements(in global::Silk.NET.Assimp.Scene pIn, global::Silk.NET.Assimp.MemoryInfo* @in)
        {
            fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR2 = &pIn)
            {
                ; // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.MemoryInfo*, void> )(CurrentVTable as GeneratedVTable).AiGetMemoryRequirements)((SPECIAL_VAR2), (/* VAR 1 */
                @in));
            }
        }

        public partial void GetMemoryRequirements(in global::Silk.NET.Assimp.Scene pIn, ref global::Silk.NET.Assimp.MemoryInfo @in)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Scene* SPECIAL_VAR2 = &pIn)
                    fixed (global::Silk.NET.Assimp.MemoryInfo* SPECIAL_VAR3 = &@in)
                    {
                        ; // ALREADY RESOLVED 2
                        // ALREADY RESOLVED 3
                        ((delegate* unmanaged<global::Silk.NET.Assimp.Scene*, global::Silk.NET.Assimp.MemoryInfo*, void> )(CurrentVTable as GeneratedVTable).AiGetMemoryRequirements)((SPECIAL_VAR2), (SPECIAL_VAR3));
                    }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.PropertyStore* CreatePropertyStore()
        {
            global::Silk.NET.Assimp.PropertyStore* n0;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 TO VARIABLE n0
            n0 = ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*> )(CurrentVTable as GeneratedVTable).AiCreatePropertyStore)(); // END RESOLVE 0
            // ALREADY RESOLVED 0
            return /* VAR 0 */
            n0;
        }

        public unsafe partial void ReleasePropertyStore(global::Silk.NET.Assimp.PropertyStore* p)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, void> )(CurrentVTable as GeneratedVTable).AiReleasePropertyStore)((/* VAR 0 */
            p));
        }

        public partial void ReleasePropertyStore(ref global::Silk.NET.Assimp.PropertyStore p)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR1 = &p)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, void> )(CurrentVTable as GeneratedVTable).AiReleasePropertyStore)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial void SetImportPropertyInteger(global::Silk.NET.Assimp.PropertyStore* store, byte* szName, int value)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, int, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyInteger)((/* VAR 0 */
            store), (/* VAR 1 */
            szName), (/* VAR 2 */
            value));
        }

        public unsafe partial void SetImportPropertyInteger(global::Silk.NET.Assimp.PropertyStore* store, ref byte szName, int value)
        {
            fixed (byte* SPECIAL_VAR3 = &szName)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, int, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyInteger)((/* VAR 0 */
                store), (SPECIAL_VAR3), (/* VAR 2 */
                value));
            }
        }

        public unsafe partial void SetImportPropertyInteger(global::Silk.NET.Assimp.PropertyStore* store, string szName, int value)
        {
            byte* n3;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 3 TO VARIABLE n3
            n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, int, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyInteger)((/* VAR 0 */
            store), (/* VAR 3 */
            n3), (/* VAR 2 */
            value)); // ALREADY RESOLVED 3
            szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
        }

        public unsafe partial void SetImportPropertyInteger(ref global::Silk.NET.Assimp.PropertyStore store, byte* szName, int value)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
            {
                ; // ALREADY RESOLVED 3
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, int, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyInteger)((SPECIAL_VAR3), (/* VAR 1 */
                szName), (/* VAR 2 */
                value));
            }
        }

        public partial void SetImportPropertyInteger(ref global::Silk.NET.Assimp.PropertyStore store, ref byte szName, int value)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                    fixed (byte* SPECIAL_VAR4 = &szName)
                    {
                        ; // ALREADY RESOLVED 3
                        // ALREADY RESOLVED 4
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, int, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyInteger)((SPECIAL_VAR3), (SPECIAL_VAR4), (/* VAR 2 */
                        value));
                    }
            }
        }

        public partial void SetImportPropertyInteger(ref global::Silk.NET.Assimp.PropertyStore store, string szName, int value)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR4 = &store)
                {
                    byte* n3;
                    ; // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 3 TO VARIABLE n3
                    n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, int, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyInteger)((SPECIAL_VAR4), (/* VAR 3 */
                    n3), (/* VAR 2 */
                    value)); // ALREADY RESOLVED 3
                    szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                    n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                    n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
                }
            }
        }

        public unsafe partial void SetImportPropertyFloat(global::Silk.NET.Assimp.PropertyStore* store, byte* szName, float value)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, float, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyFloat)((/* VAR 0 */
            store), (/* VAR 1 */
            szName), (/* VAR 2 */
            value));
        }

        public unsafe partial void SetImportPropertyFloat(global::Silk.NET.Assimp.PropertyStore* store, ref byte szName, float value)
        {
            fixed (byte* SPECIAL_VAR3 = &szName)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, float, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyFloat)((/* VAR 0 */
                store), (SPECIAL_VAR3), (/* VAR 2 */
                value));
            }
        }

        public unsafe partial void SetImportPropertyFloat(global::Silk.NET.Assimp.PropertyStore* store, string szName, float value)
        {
            byte* n3;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 3 TO VARIABLE n3
            n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, float, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyFloat)((/* VAR 0 */
            store), (/* VAR 3 */
            n3), (/* VAR 2 */
            value)); // ALREADY RESOLVED 3
            szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
        }

        public unsafe partial void SetImportPropertyFloat(ref global::Silk.NET.Assimp.PropertyStore store, byte* szName, float value)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
            {
                ; // ALREADY RESOLVED 3
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, float, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyFloat)((SPECIAL_VAR3), (/* VAR 1 */
                szName), (/* VAR 2 */
                value));
            }
        }

        public partial void SetImportPropertyFloat(ref global::Silk.NET.Assimp.PropertyStore store, ref byte szName, float value)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                    fixed (byte* SPECIAL_VAR4 = &szName)
                    {
                        ; // ALREADY RESOLVED 3
                        // ALREADY RESOLVED 4
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, float, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyFloat)((SPECIAL_VAR3), (SPECIAL_VAR4), (/* VAR 2 */
                        value));
                    }
            }
        }

        public partial void SetImportPropertyFloat(ref global::Silk.NET.Assimp.PropertyStore store, string szName, float value)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR4 = &store)
                {
                    byte* n3;
                    ; // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 3 TO VARIABLE n3
                    n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, float, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyFloat)((SPECIAL_VAR4), (/* VAR 3 */
                    n3), (/* VAR 2 */
                    value)); // ALREADY RESOLVED 3
                    szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                    n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                    n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
                }
            }
        }

        public unsafe partial void SetImportPropertyString(global::Silk.NET.Assimp.PropertyStore* store, byte* szName, global::Silk.NET.Assimp.AssimpString* st)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((/* VAR 0 */
            store), (/* VAR 1 */
            szName), (/* VAR 2 */
            st));
        }

        public unsafe partial void SetImportPropertyString(global::Silk.NET.Assimp.PropertyStore* store, byte* szName, in global::Silk.NET.Assimp.AssimpString st)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR3 = &st)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 3
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((/* VAR 0 */
                store), (/* VAR 1 */
                szName), (SPECIAL_VAR3));
            }
        }

        public unsafe partial void SetImportPropertyString(global::Silk.NET.Assimp.PropertyStore* store, ref byte szName, global::Silk.NET.Assimp.AssimpString* st)
        {
            fixed (byte* SPECIAL_VAR3 = &szName)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((/* VAR 0 */
                store), (SPECIAL_VAR3), (/* VAR 2 */
                st));
            }
        }

        public unsafe partial void SetImportPropertyString(global::Silk.NET.Assimp.PropertyStore* store, ref byte szName, in global::Silk.NET.Assimp.AssimpString st)
        {
            fixed (byte* SPECIAL_VAR3 = &szName)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR4 = &st)
                {
                    ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 3
                    // ALREADY RESOLVED 4
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((/* VAR 0 */
                    store), (SPECIAL_VAR3), (SPECIAL_VAR4));
                }
        }

        public unsafe partial void SetImportPropertyString(global::Silk.NET.Assimp.PropertyStore* store, string szName, global::Silk.NET.Assimp.AssimpString* st)
        {
            byte* n3;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 3 TO VARIABLE n3
            n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((/* VAR 0 */
            store), (/* VAR 3 */
            n3), (/* VAR 2 */
            st)); // ALREADY RESOLVED 3
            szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
        }

        public unsafe partial void SetImportPropertyString(global::Silk.NET.Assimp.PropertyStore* store, string szName, in global::Silk.NET.Assimp.AssimpString st)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR4 = &st)
            {
                byte* n3;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 3 TO VARIABLE n3
                n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                // ALREADY RESOLVED 4
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((/* VAR 0 */
                store), (/* VAR 3 */
                n3), (SPECIAL_VAR4)); // ALREADY RESOLVED 3
                szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
            }
        }

        public unsafe partial void SetImportPropertyString(ref global::Silk.NET.Assimp.PropertyStore store, byte* szName, global::Silk.NET.Assimp.AssimpString* st)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
            {
                ; // ALREADY RESOLVED 3
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((SPECIAL_VAR3), (/* VAR 1 */
                szName), (/* VAR 2 */
                st));
            }
        }

        public unsafe partial void SetImportPropertyString(ref global::Silk.NET.Assimp.PropertyStore store, byte* szName, in global::Silk.NET.Assimp.AssimpString st)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR4 = &st)
                {
                    ; // ALREADY RESOLVED 3
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 4
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((SPECIAL_VAR3), (/* VAR 1 */
                    szName), (SPECIAL_VAR4));
                }
        }

        public unsafe partial void SetImportPropertyString(ref global::Silk.NET.Assimp.PropertyStore store, ref byte szName, global::Silk.NET.Assimp.AssimpString* st)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                fixed (byte* SPECIAL_VAR4 = &szName)
                {
                    ; // ALREADY RESOLVED 3
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((SPECIAL_VAR3), (SPECIAL_VAR4), (/* VAR 2 */
                    st));
                }
        }

        public partial void SetImportPropertyString(ref global::Silk.NET.Assimp.PropertyStore store, ref byte szName, in global::Silk.NET.Assimp.AssimpString st)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                    fixed (byte* SPECIAL_VAR4 = &szName)
                        fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR5 = &st)
                        {
                            ; // ALREADY RESOLVED 3
                            // ALREADY RESOLVED 4
                            // ALREADY RESOLVED 5
                            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((SPECIAL_VAR3), (SPECIAL_VAR4), (SPECIAL_VAR5));
                        }
            }
        }

        public unsafe partial void SetImportPropertyString(ref global::Silk.NET.Assimp.PropertyStore store, string szName, global::Silk.NET.Assimp.AssimpString* st)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR4 = &store)
            {
                byte* n3;
                ; // ALREADY RESOLVED 4
                // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 3 TO VARIABLE n3
                n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((SPECIAL_VAR4), (/* VAR 3 */
                n3), (/* VAR 2 */
                st)); // ALREADY RESOLVED 3
                szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
            }
        }

        public partial void SetImportPropertyString(ref global::Silk.NET.Assimp.PropertyStore store, string szName, in global::Silk.NET.Assimp.AssimpString st)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR4 = &store)
                    fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR5 = &st)
                    {
                        byte* n3;
                        ; // ALREADY RESOLVED 4
                        // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // RESOLVED 3 TO VARIABLE n3
                        n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                        szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                        // ALREADY RESOLVED 5
                        ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::Silk.NET.Assimp.AssimpString*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyString)((SPECIAL_VAR4), (/* VAR 3 */
                        n3), (SPECIAL_VAR5)); // ALREADY RESOLVED 3
                        szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                        n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                        n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
                    }
            }
        }

        public unsafe partial void SetImportPropertyMatrix(global::Silk.NET.Assimp.PropertyStore* store, byte* szName, global::System.Numerics.Matrix4x4* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((/* VAR 0 */
            store), (/* VAR 1 */
            szName), (/* VAR 2 */
            mat));
        }

        public unsafe partial void SetImportPropertyMatrix(global::Silk.NET.Assimp.PropertyStore* store, byte* szName, ref global::System.Numerics.Matrix4x4 mat)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR3 = &mat)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 3
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((/* VAR 0 */
                store), (/* VAR 1 */
                szName), (SPECIAL_VAR3));
            }
        }

        public unsafe partial void SetImportPropertyMatrix(global::Silk.NET.Assimp.PropertyStore* store, ref byte szName, global::System.Numerics.Matrix4x4* mat)
        {
            fixed (byte* SPECIAL_VAR3 = &szName)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((/* VAR 0 */
                store), (SPECIAL_VAR3), (/* VAR 2 */
                mat));
            }
        }

        public unsafe partial void SetImportPropertyMatrix(global::Silk.NET.Assimp.PropertyStore* store, ref byte szName, ref global::System.Numerics.Matrix4x4 mat)
        {
            fixed (byte* SPECIAL_VAR3 = &szName)
                fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                {
                    ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 3
                    // ALREADY RESOLVED 4
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((/* VAR 0 */
                    store), (SPECIAL_VAR3), (SPECIAL_VAR4));
                }
        }

        public unsafe partial void SetImportPropertyMatrix(global::Silk.NET.Assimp.PropertyStore* store, string szName, global::System.Numerics.Matrix4x4* mat)
        {
            byte* n3;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 3 TO VARIABLE n3
            n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((/* VAR 0 */
            store), (/* VAR 3 */
            n3), (/* VAR 2 */
            mat)); // ALREADY RESOLVED 3
            szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
            n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
        }

        public unsafe partial void SetImportPropertyMatrix(global::Silk.NET.Assimp.PropertyStore* store, string szName, ref global::System.Numerics.Matrix4x4 mat)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
            {
                byte* n3;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 3 TO VARIABLE n3
                n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                // ALREADY RESOLVED 4
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((/* VAR 0 */
                store), (/* VAR 3 */
                n3), (SPECIAL_VAR4)); // ALREADY RESOLVED 3
                szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
            }
        }

        public unsafe partial void SetImportPropertyMatrix(ref global::Silk.NET.Assimp.PropertyStore store, byte* szName, global::System.Numerics.Matrix4x4* mat)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
            {
                ; // ALREADY RESOLVED 3
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((SPECIAL_VAR3), (/* VAR 1 */
                szName), (/* VAR 2 */
                mat));
            }
        }

        public unsafe partial void SetImportPropertyMatrix(ref global::Silk.NET.Assimp.PropertyStore store, byte* szName, ref global::System.Numerics.Matrix4x4 mat)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                {
                    ; // ALREADY RESOLVED 3
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 4
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((SPECIAL_VAR3), (/* VAR 1 */
                    szName), (SPECIAL_VAR4));
                }
        }

        public unsafe partial void SetImportPropertyMatrix(ref global::Silk.NET.Assimp.PropertyStore store, ref byte szName, global::System.Numerics.Matrix4x4* mat)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                fixed (byte* SPECIAL_VAR4 = &szName)
                {
                    ; // ALREADY RESOLVED 3
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((SPECIAL_VAR3), (SPECIAL_VAR4), (/* VAR 2 */
                    mat));
                }
        }

        public partial void SetImportPropertyMatrix(ref global::Silk.NET.Assimp.PropertyStore store, ref byte szName, ref global::System.Numerics.Matrix4x4 mat)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR3 = &store)
                    fixed (byte* SPECIAL_VAR4 = &szName)
                        fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR5 = &mat)
                        {
                            ; // ALREADY RESOLVED 3
                            // ALREADY RESOLVED 4
                            // ALREADY RESOLVED 5
                            ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((SPECIAL_VAR3), (SPECIAL_VAR4), (SPECIAL_VAR5));
                        }
            }
        }

        public unsafe partial void SetImportPropertyMatrix(ref global::Silk.NET.Assimp.PropertyStore store, string szName, global::System.Numerics.Matrix4x4* mat)
        {
            fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR4 = &store)
            {
                byte* n3;
                ; // ALREADY RESOLVED 4
                // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 3 TO VARIABLE n3
                n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((SPECIAL_VAR4), (/* VAR 3 */
                n3), (/* VAR 2 */
                mat)); // ALREADY RESOLVED 3
                szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
            }
        }

        public partial void SetImportPropertyMatrix(ref global::Silk.NET.Assimp.PropertyStore store, string szName, ref global::System.Numerics.Matrix4x4 mat)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.PropertyStore* SPECIAL_VAR4 = &store)
                    fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR5 = &mat)
                    {
                        byte* n3;
                        ; // ALREADY RESOLVED 4
                        // BEGIN RESOLVE 3 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // RESOLVED 3 TO VARIABLE n3
                        n3 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                        szName), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 3
                        // ALREADY RESOLVED 5
                        ((delegate* unmanaged<global::Silk.NET.Assimp.PropertyStore*, byte*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiSetImportPropertyMatrix)((SPECIAL_VAR4), (/* VAR 3 */
                        n3), (SPECIAL_VAR5)); // ALREADY RESOLVED 3
                        szName = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 3 */
                        n3, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 3
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 3 */
                        n3, (Silk.NET.Core.Native.NativeStringEncoding)20);
                    }
            }
        }

        public unsafe partial void CreateQuaternionFromMatrix(global::System.Numerics.Quaternion* quat, global::Silk.NET.Maths.Matrix3X3<float>* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            ((delegate* unmanaged<global::System.Numerics.Quaternion*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiCreateQuaternionFromMatrix)((/* VAR 0 */
            quat), (/* VAR 1 */
            mat));
        }

        public unsafe partial void CreateQuaternionFromMatrix(global::System.Numerics.Quaternion* quat, ref global::Silk.NET.Maths.Matrix3X3<float> mat)
        {
            fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR2 = &mat)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 2
                ((delegate* unmanaged<global::System.Numerics.Quaternion*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiCreateQuaternionFromMatrix)((/* VAR 0 */
                quat), (SPECIAL_VAR2));
            }
        }

        public unsafe partial void CreateQuaternionFromMatrix(ref global::System.Numerics.Quaternion quat, global::Silk.NET.Maths.Matrix3X3<float>* mat)
        {
            fixed (global::System.Numerics.Quaternion* SPECIAL_VAR2 = &quat)
            {
                ; // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                ((delegate* unmanaged<global::System.Numerics.Quaternion*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiCreateQuaternionFromMatrix)((SPECIAL_VAR2), (/* VAR 1 */
                mat));
            }
        }

        public partial void CreateQuaternionFromMatrix(ref global::System.Numerics.Quaternion quat, ref global::Silk.NET.Maths.Matrix3X3<float> mat)
        {
            unsafe
            {
                fixed (global::System.Numerics.Quaternion* SPECIAL_VAR2 = &quat)
                    fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR3 = &mat)
                    {
                        ; // ALREADY RESOLVED 2
                        // ALREADY RESOLVED 3
                        ((delegate* unmanaged<global::System.Numerics.Quaternion*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiCreateQuaternionFromMatrix)((SPECIAL_VAR2), (SPECIAL_VAR3));
                    }
            }
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, global::System.Numerics.Vector3* scaling, global::System.Numerics.Quaternion* rotation, global::System.Numerics.Vector3* position)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
            mat), (/* VAR 1 */
            scaling), (/* VAR 2 */
            rotation), (/* VAR 3 */
            position));
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, global::System.Numerics.Vector3* scaling, global::System.Numerics.Quaternion* rotation, ref global::System.Numerics.Vector3 position)
        {
            fixed (global::System.Numerics.Vector3* SPECIAL_VAR4 = &position)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 4
                ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
                mat), (/* VAR 1 */
                scaling), (/* VAR 2 */
                rotation), (SPECIAL_VAR4));
            }
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, global::System.Numerics.Vector3* scaling, ref global::System.Numerics.Quaternion rotation, global::System.Numerics.Vector3* position)
        {
            fixed (global::System.Numerics.Quaternion* SPECIAL_VAR4 = &rotation)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
                mat), (/* VAR 1 */
                scaling), (SPECIAL_VAR4), (/* VAR 3 */
                position));
            }
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, global::System.Numerics.Vector3* scaling, ref global::System.Numerics.Quaternion rotation, ref global::System.Numerics.Vector3 position)
        {
            fixed (global::System.Numerics.Quaternion* SPECIAL_VAR4 = &rotation)
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR5 = &position)
                {
                    ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 4
                    // ALREADY RESOLVED 5
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    scaling), (SPECIAL_VAR4), (SPECIAL_VAR5));
                }
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, ref global::System.Numerics.Vector3 scaling, global::System.Numerics.Quaternion* rotation, global::System.Numerics.Vector3* position)
        {
            fixed (global::System.Numerics.Vector3* SPECIAL_VAR4 = &scaling)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 4
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
                mat), (SPECIAL_VAR4), (/* VAR 2 */
                rotation), (/* VAR 3 */
                position));
            }
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, ref global::System.Numerics.Vector3 scaling, global::System.Numerics.Quaternion* rotation, ref global::System.Numerics.Vector3 position)
        {
            fixed (global::System.Numerics.Vector3* SPECIAL_VAR4 = &scaling)
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR5 = &position)
                {
                    ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 5
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
                    mat), (SPECIAL_VAR4), (/* VAR 2 */
                    rotation), (SPECIAL_VAR5));
                }
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, ref global::System.Numerics.Vector3 scaling, ref global::System.Numerics.Quaternion rotation, global::System.Numerics.Vector3* position)
        {
            fixed (global::System.Numerics.Vector3* SPECIAL_VAR4 = &scaling)
                fixed (global::System.Numerics.Quaternion* SPECIAL_VAR5 = &rotation)
                {
                    ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 4
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
                    mat), (SPECIAL_VAR4), (SPECIAL_VAR5), (/* VAR 3 */
                    position));
                }
        }

        public unsafe partial void DecomposeMatrix(global::System.Numerics.Matrix4x4* mat, ref global::System.Numerics.Vector3 scaling, ref global::System.Numerics.Quaternion rotation, ref global::System.Numerics.Vector3 position)
        {
            fixed (global::System.Numerics.Vector3* SPECIAL_VAR4 = &scaling)
                fixed (global::System.Numerics.Quaternion* SPECIAL_VAR5 = &rotation)
                    fixed (global::System.Numerics.Vector3* SPECIAL_VAR6 = &position)
                    {
                        ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // ALREADY RESOLVED 4
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((/* VAR 0 */
                        mat), (SPECIAL_VAR4), (SPECIAL_VAR5), (SPECIAL_VAR6));
                    }
        }

        public unsafe partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, global::System.Numerics.Vector3* scaling, global::System.Numerics.Quaternion* rotation, global::System.Numerics.Vector3* position)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
            {
                ; // ALREADY RESOLVED 4
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (/* VAR 1 */
                scaling), (/* VAR 2 */
                rotation), (/* VAR 3 */
                position));
            }
        }

        public unsafe partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, global::System.Numerics.Vector3* scaling, global::System.Numerics.Quaternion* rotation, ref global::System.Numerics.Vector3 position)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR5 = &position)
                {
                    ; // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 5
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (/* VAR 1 */
                    scaling), (/* VAR 2 */
                    rotation), (SPECIAL_VAR5));
                }
        }

        public unsafe partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, global::System.Numerics.Vector3* scaling, ref global::System.Numerics.Quaternion rotation, global::System.Numerics.Vector3* position)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                fixed (global::System.Numerics.Quaternion* SPECIAL_VAR5 = &rotation)
                {
                    ; // ALREADY RESOLVED 4
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (/* VAR 1 */
                    scaling), (SPECIAL_VAR5), (/* VAR 3 */
                    position));
                }
        }

        public unsafe partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, global::System.Numerics.Vector3* scaling, ref global::System.Numerics.Quaternion rotation, ref global::System.Numerics.Vector3 position)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                fixed (global::System.Numerics.Quaternion* SPECIAL_VAR5 = &rotation)
                    fixed (global::System.Numerics.Vector3* SPECIAL_VAR6 = &position)
                    {
                        ; // ALREADY RESOLVED 4
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (/* VAR 1 */
                        scaling), (SPECIAL_VAR5), (SPECIAL_VAR6));
                    }
        }

        public unsafe partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, ref global::System.Numerics.Vector3 scaling, global::System.Numerics.Quaternion* rotation, global::System.Numerics.Vector3* position)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR5 = &scaling)
                {
                    ; // ALREADY RESOLVED 4
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (SPECIAL_VAR5), (/* VAR 2 */
                    rotation), (/* VAR 3 */
                    position));
                }
        }

        public unsafe partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, ref global::System.Numerics.Vector3 scaling, global::System.Numerics.Quaternion* rotation, ref global::System.Numerics.Vector3 position)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR5 = &scaling)
                    fixed (global::System.Numerics.Vector3* SPECIAL_VAR6 = &position)
                    {
                        ; // ALREADY RESOLVED 4
                        // ALREADY RESOLVED 5
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 6
                        ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (SPECIAL_VAR5), (/* VAR 2 */
                        rotation), (SPECIAL_VAR6));
                    }
        }

        public unsafe partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, ref global::System.Numerics.Vector3 scaling, ref global::System.Numerics.Quaternion rotation, global::System.Numerics.Vector3* position)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR5 = &scaling)
                    fixed (global::System.Numerics.Quaternion* SPECIAL_VAR6 = &rotation)
                    {
                        ; // ALREADY RESOLVED 4
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 3 */
                        position));
                    }
        }

        public partial void DecomposeMatrix(ref global::System.Numerics.Matrix4x4 mat, ref global::System.Numerics.Vector3 scaling, ref global::System.Numerics.Quaternion rotation, ref global::System.Numerics.Vector3 position)
        {
            unsafe
            {
                fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR4 = &mat)
                    fixed (global::System.Numerics.Vector3* SPECIAL_VAR5 = &scaling)
                        fixed (global::System.Numerics.Quaternion* SPECIAL_VAR6 = &rotation)
                            fixed (global::System.Numerics.Vector3* SPECIAL_VAR7 = &position)
                            {
                                ; // ALREADY RESOLVED 4
                                // ALREADY RESOLVED 5
                                // ALREADY RESOLVED 6
                                // ALREADY RESOLVED 7
                                ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Vector3*, global::System.Numerics.Quaternion*, global::System.Numerics.Vector3*, void> )(CurrentVTable as GeneratedVTable).AiDecomposeMatrix)((SPECIAL_VAR4), (SPECIAL_VAR5), (SPECIAL_VAR6), (SPECIAL_VAR7));
                            }
            }
        }

        public unsafe partial void TransposeMatrix4(global::System.Numerics.Matrix4x4* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiTransposeMatrix4)((/* VAR 0 */
            mat));
        }

        public partial void TransposeMatrix4(ref global::System.Numerics.Matrix4x4 mat)
        {
            unsafe
            {
                fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR1 = &mat)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiTransposeMatrix4)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial void TransposeMatrix3(global::Silk.NET.Maths.Matrix3X3<float>* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiTransposeMatrix3)((/* VAR 0 */
            mat));
        }

        public partial void TransposeMatrix3(ref global::Silk.NET.Maths.Matrix3X3<float> mat)
        {
            unsafe
            {
                fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR1 = &mat)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiTransposeMatrix3)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial void TransformVecByMatrix3(global::System.Numerics.Vector3* vec, global::Silk.NET.Maths.Matrix3X3<float>* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            ((delegate* unmanaged<global::System.Numerics.Vector3*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix3)((/* VAR 0 */
            vec), (/* VAR 1 */
            mat));
        }

        public unsafe partial void TransformVecByMatrix3(global::System.Numerics.Vector3* vec, ref global::Silk.NET.Maths.Matrix3X3<float> mat)
        {
            fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR2 = &mat)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 2
                ((delegate* unmanaged<global::System.Numerics.Vector3*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix3)((/* VAR 0 */
                vec), (SPECIAL_VAR2));
            }
        }

        public unsafe partial void TransformVecByMatrix3(ref global::System.Numerics.Vector3 vec, global::Silk.NET.Maths.Matrix3X3<float>* mat)
        {
            fixed (global::System.Numerics.Vector3* SPECIAL_VAR2 = &vec)
            {
                ; // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                ((delegate* unmanaged<global::System.Numerics.Vector3*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix3)((SPECIAL_VAR2), (/* VAR 1 */
                mat));
            }
        }

        public partial void TransformVecByMatrix3(ref global::System.Numerics.Vector3 vec, ref global::Silk.NET.Maths.Matrix3X3<float> mat)
        {
            unsafe
            {
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR2 = &vec)
                    fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR3 = &mat)
                    {
                        ; // ALREADY RESOLVED 2
                        // ALREADY RESOLVED 3
                        ((delegate* unmanaged<global::System.Numerics.Vector3*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix3)((SPECIAL_VAR2), (SPECIAL_VAR3));
                    }
            }
        }

        public unsafe partial void TransformVecByMatrix4(global::System.Numerics.Vector3* vec, global::System.Numerics.Matrix4x4* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            ((delegate* unmanaged<global::System.Numerics.Vector3*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix4)((/* VAR 0 */
            vec), (/* VAR 1 */
            mat));
        }

        public unsafe partial void TransformVecByMatrix4(global::System.Numerics.Vector3* vec, ref global::System.Numerics.Matrix4x4 mat)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR2 = &mat)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 2
                ((delegate* unmanaged<global::System.Numerics.Vector3*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix4)((/* VAR 0 */
                vec), (SPECIAL_VAR2));
            }
        }

        public unsafe partial void TransformVecByMatrix4(ref global::System.Numerics.Vector3 vec, global::System.Numerics.Matrix4x4* mat)
        {
            fixed (global::System.Numerics.Vector3* SPECIAL_VAR2 = &vec)
            {
                ; // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                ((delegate* unmanaged<global::System.Numerics.Vector3*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix4)((SPECIAL_VAR2), (/* VAR 1 */
                mat));
            }
        }

        public partial void TransformVecByMatrix4(ref global::System.Numerics.Vector3 vec, ref global::System.Numerics.Matrix4x4 mat)
        {
            unsafe
            {
                fixed (global::System.Numerics.Vector3* SPECIAL_VAR2 = &vec)
                    fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR3 = &mat)
                    {
                        ; // ALREADY RESOLVED 2
                        // ALREADY RESOLVED 3
                        ((delegate* unmanaged<global::System.Numerics.Vector3*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiTransformVecByMatrix4)((SPECIAL_VAR2), (SPECIAL_VAR3));
                    }
            }
        }

        public unsafe partial void MultiplyMatrix4(global::System.Numerics.Matrix4x4* dst, global::System.Numerics.Matrix4x4* src)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix4)((/* VAR 0 */
            dst), (/* VAR 1 */
            src));
        }

        public unsafe partial void MultiplyMatrix4(global::System.Numerics.Matrix4x4* dst, ref global::System.Numerics.Matrix4x4 src)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR2 = &src)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 2
                ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix4)((/* VAR 0 */
                dst), (SPECIAL_VAR2));
            }
        }

        public unsafe partial void MultiplyMatrix4(ref global::System.Numerics.Matrix4x4 dst, global::System.Numerics.Matrix4x4* src)
        {
            fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR2 = &dst)
            {
                ; // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix4)((SPECIAL_VAR2), (/* VAR 1 */
                src));
            }
        }

        public partial void MultiplyMatrix4(ref global::System.Numerics.Matrix4x4 dst, ref global::System.Numerics.Matrix4x4 src)
        {
            unsafe
            {
                fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR2 = &dst)
                    fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR3 = &src)
                    {
                        ; // ALREADY RESOLVED 2
                        // ALREADY RESOLVED 3
                        ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix4)((SPECIAL_VAR2), (SPECIAL_VAR3));
                    }
            }
        }

        public unsafe partial void MultiplyMatrix3(global::Silk.NET.Maths.Matrix3X3<float>* dst, global::Silk.NET.Maths.Matrix3X3<float>* src)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix3)((/* VAR 0 */
            dst), (/* VAR 1 */
            src));
        }

        public unsafe partial void MultiplyMatrix3(global::Silk.NET.Maths.Matrix3X3<float>* dst, ref global::Silk.NET.Maths.Matrix3X3<float> src)
        {
            fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR2 = &src)
            {
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 2
                ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix3)((/* VAR 0 */
                dst), (SPECIAL_VAR2));
            }
        }

        public unsafe partial void MultiplyMatrix3(ref global::Silk.NET.Maths.Matrix3X3<float> dst, global::Silk.NET.Maths.Matrix3X3<float>* src)
        {
            fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR2 = &dst)
            {
                ; // ALREADY RESOLVED 2
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix3)((SPECIAL_VAR2), (/* VAR 1 */
                src));
            }
        }

        public partial void MultiplyMatrix3(ref global::Silk.NET.Maths.Matrix3X3<float> dst, ref global::Silk.NET.Maths.Matrix3X3<float> src)
        {
            unsafe
            {
                fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR2 = &dst)
                    fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR3 = &src)
                    {
                        ; // ALREADY RESOLVED 2
                        // ALREADY RESOLVED 3
                        ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiMultiplyMatrix3)((SPECIAL_VAR2), (SPECIAL_VAR3));
                    }
            }
        }

        public unsafe partial void IdentityMatrix3(global::Silk.NET.Maths.Matrix3X3<float>* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiIdentityMatrix3)((/* VAR 0 */
            mat));
        }

        public partial void IdentityMatrix3(ref global::Silk.NET.Maths.Matrix3X3<float> mat)
        {
            unsafe
            {
                fixed (global::Silk.NET.Maths.Matrix3X3<float>* SPECIAL_VAR1 = &mat)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::Silk.NET.Maths.Matrix3X3<float>*, void> )(CurrentVTable as GeneratedVTable).AiIdentityMatrix3)((SPECIAL_VAR1));
                }
            }
        }

        public unsafe partial void IdentityMatrix4(global::System.Numerics.Matrix4x4* mat)
        {
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiIdentityMatrix4)((/* VAR 0 */
            mat));
        }

        public partial void IdentityMatrix4(ref global::System.Numerics.Matrix4x4 mat)
        {
            unsafe
            {
                fixed (global::System.Numerics.Matrix4x4* SPECIAL_VAR1 = &mat)
                {
                    ; // ALREADY RESOLVED 1
                    ((delegate* unmanaged<global::System.Numerics.Matrix4x4*, void> )(CurrentVTable as GeneratedVTable).AiIdentityMatrix4)((SPECIAL_VAR1));
                }
            }
        }

        public partial nuint GetImportFormatCount()
        {
            unsafe
            {
                nuint n0;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 TO VARIABLE n0
                n0 = ((delegate* unmanaged<nuint> )(CurrentVTable as GeneratedVTable).AiGetImportFormatCount)(); // END RESOLVE 0
                // ALREADY RESOLVED 0
                return /* VAR 0 */
                n0;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.ImporterDesc* GetImportFormatDescription(nuint pIndex)
        {
            global::Silk.NET.Assimp.ImporterDesc* n1;
            ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // RESOLVED 1 TO VARIABLE n1
            n1 = ((delegate* unmanaged<nuint, global::Silk.NET.Assimp.ImporterDesc*> )(CurrentVTable as GeneratedVTable).AiGetImportFormatDescription)((/* VAR 0 */
            pIndex)); // END RESOLVE 1
            // ALREADY RESOLVED 1
            return /* VAR 1 */
            n1;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, global::Silk.NET.Assimp.MaterialProperty** pPropOut)
        {
            global::Silk.NET.Assimp.Return n5;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((/* VAR 0 */
            pMat), (/* VAR 1 */
            pKey), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pPropOut)); // END RESOLVE 5
            // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, in global::Silk.NET.Assimp.MaterialProperty* pPropOut)
        {
            fixed (global::Silk.NET.Assimp.MaterialProperty** SPECIAL_VAR5 = &pPropOut)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 5
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR5)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, global::Silk.NET.Assimp.MaterialProperty** pPropOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((/* VAR 0 */
                pMat), (SPECIAL_VAR5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pPropOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, in global::Silk.NET.Assimp.MaterialProperty* pPropOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
                fixed (global::Silk.NET.Assimp.MaterialProperty** SPECIAL_VAR6 = &pPropOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((/* VAR 0 */
                    pMat), (SPECIAL_VAR5), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, global::Silk.NET.Assimp.MaterialProperty** pPropOut)
        {
            global::Silk.NET.Assimp.Return n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((/* VAR 0 */
            pMat), (/* VAR 5 */
            n5), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pPropOut)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, in global::Silk.NET.Assimp.MaterialProperty* pPropOut)
        {
            fixed (global::Silk.NET.Assimp.MaterialProperty** SPECIAL_VAR6 = &pPropOut)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((/* VAR 0 */
                pMat), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, global::Silk.NET.Assimp.MaterialProperty** pPropOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((SPECIAL_VAR5), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pPropOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, in global::Silk.NET.Assimp.MaterialProperty* pPropOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (global::Silk.NET.Assimp.MaterialProperty** SPECIAL_VAR6 = &pPropOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((SPECIAL_VAR5), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, global::Silk.NET.Assimp.MaterialProperty** pPropOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (byte* SPECIAL_VAR6 = &pKey)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pPropOut)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, in global::Silk.NET.Assimp.MaterialProperty* pPropOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (byte* SPECIAL_VAR6 = &pKey)
                    fixed (global::Silk.NET.Assimp.MaterialProperty** SPECIAL_VAR7 = &pPropOut)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 5
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7)); // END RESOLVE 8
                        // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, global::Silk.NET.Assimp.MaterialProperty** pPropOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((SPECIAL_VAR6), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pPropOut)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialProperty(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, in global::Silk.NET.Assimp.MaterialProperty* pPropOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (global::Silk.NET.Assimp.MaterialProperty** SPECIAL_VAR7 = &pPropOut)
                {
                    global::Silk.NET.Assimp.Return n8;
                    byte* n5;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 5 TO VARIABLE n5
                    n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.MaterialProperty**, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialProperty)((SPECIAL_VAR6), (/* VAR 5 */
                    n5), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 5
                    pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                    n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, float* pOut, uint* pMax)
        {
            global::Silk.NET.Assimp.Return n6;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 5 INLINED
            // END RESOLVE 5
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
            pMat), (/* VAR 1 */
            pKey), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut), (/* VAR 5 */
            pMax)); // END RESOLVE 6
            // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, float* pOut, ref uint pMax)
        {
            fixed (uint* SPECIAL_VAR6 = &pMax)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, ref float pOut, uint* pMax)
        {
            fixed (float* SPECIAL_VAR6 = &pOut)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR6), (/* VAR 5 */
                pMax)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, ref float pOut, ref uint pMax)
        {
            fixed (float* SPECIAL_VAR6 = &pOut)
                fixed (uint* SPECIAL_VAR7 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                    pMat), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, float* pOut, uint* pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                pMat), (SPECIAL_VAR6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (/* VAR 5 */
                pMax)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, float* pOut, ref uint pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
                fixed (uint* SPECIAL_VAR7 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                    pMat), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, ref float pOut, uint* pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
                fixed (float* SPECIAL_VAR7 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                    pMat), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR7), (/* VAR 5 */
                    pMax)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, ref float pOut, ref uint pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
                fixed (float* SPECIAL_VAR7 = &pOut)
                    fixed (uint* SPECIAL_VAR8 = &pMax)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // ALREADY RESOLVED 8
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                        pMat), (SPECIAL_VAR6), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7), (SPECIAL_VAR8)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, float* pOut, uint* pMax)
        {
            global::Silk.NET.Assimp.Return n7;
            byte* n6;
            ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 6 TO VARIABLE n6
            n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 5 INLINED
            // END RESOLVE 5
            // RESOLVED 7 TO VARIABLE n7
            n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
            pMat), (/* VAR 6 */
            n6), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut), (/* VAR 5 */
            pMax)); // END RESOLVE 7
            // ALREADY RESOLVED 6
            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
            return /* VAR 7 */
            n7;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, float* pOut, ref uint pMax)
        {
            fixed (uint* SPECIAL_VAR7 = &pMax)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // ALREADY RESOLVED 7
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                pMat), (/* VAR 6 */
                n6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (SPECIAL_VAR7)); // END RESOLVE 8
                // ALREADY RESOLVED 6
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, ref float pOut, uint* pMax)
        {
            fixed (float* SPECIAL_VAR7 = &pOut)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 7
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                pMat), (/* VAR 6 */
                n6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR7), (/* VAR 5 */
                pMax)); // END RESOLVE 8
                // ALREADY RESOLVED 6
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, ref float pOut, ref uint pMax)
        {
            fixed (float* SPECIAL_VAR7 = &pOut)
                fixed (uint* SPECIAL_VAR8 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n9;
                    byte* n6;
                    ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 7
                    // ALREADY RESOLVED 8
                    // RESOLVED 9 TO VARIABLE n9
                    n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((/* VAR 0 */
                    pMat), (/* VAR 6 */
                    n6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR7), (SPECIAL_VAR8)); // END RESOLVE 9
                    // ALREADY RESOLVED 6
                    pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                    return /* VAR 9 */
                    n9;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, float* pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (/* VAR 5 */
                pMax)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, float* pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (uint* SPECIAL_VAR7 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, ref float pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (float* SPECIAL_VAR7 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR7), (/* VAR 5 */
                    pMax)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, ref float pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (float* SPECIAL_VAR7 = &pOut)
                    fixed (uint* SPECIAL_VAR8 = &pMax)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // ALREADY RESOLVED 8
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (/* VAR 1 */
                        pKey), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7), (SPECIAL_VAR8)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, float* pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (byte* SPECIAL_VAR7 = &pKey)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (/* VAR 5 */
                    pMax)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, float* pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (byte* SPECIAL_VAR7 = &pKey)
                    fixed (uint* SPECIAL_VAR8 = &pMax)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 8
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (/* VAR 4 */
                        pOut), (SPECIAL_VAR8)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, ref float pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (byte* SPECIAL_VAR7 = &pKey)
                    fixed (float* SPECIAL_VAR8 = &pOut)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 8
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR8), (/* VAR 5 */
                        pMax)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, ref float pOut, ref uint pMax)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                    fixed (byte* SPECIAL_VAR7 = &pKey)
                        fixed (float* SPECIAL_VAR8 = &pOut)
                            fixed (uint* SPECIAL_VAR9 = &pMax)
                            {
                                global::Silk.NET.Assimp.Return n10;
                                ; // BEGIN RESOLVE 10 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 6
                                // ALREADY RESOLVED 7
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 8
                                // ALREADY RESOLVED 9
                                // RESOLVED 10 TO VARIABLE n10
                                n10 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                                type), (/* VAR 3 */
                                index), (SPECIAL_VAR8), (SPECIAL_VAR9)); // END RESOLVE 10
                                // ALREADY RESOLVED 10
                                return /* VAR 10 */
                                n10;
                            }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, float* pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 7
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR7), (/* VAR 6 */
                n6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (/* VAR 5 */
                pMax)); // END RESOLVE 8
                // ALREADY RESOLVED 6
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, float* pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
                fixed (uint* SPECIAL_VAR8 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n9;
                    byte* n6;
                    ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 8
                    // RESOLVED 9 TO VARIABLE n9
                    n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR7), (/* VAR 6 */
                    n6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (SPECIAL_VAR8)); // END RESOLVE 9
                    // ALREADY RESOLVED 6
                    pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                    return /* VAR 9 */
                    n9;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, ref float pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
                fixed (float* SPECIAL_VAR8 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n9;
                    byte* n6;
                    ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 8
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 9 TO VARIABLE n9
                    n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR7), (/* VAR 6 */
                    n6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR8), (/* VAR 5 */
                    pMax)); // END RESOLVE 9
                    // ALREADY RESOLVED 6
                    pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                    return /* VAR 9 */
                    n9;
                }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialFloatArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, ref float pOut, ref uint pMax)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
                    fixed (float* SPECIAL_VAR8 = &pOut)
                        fixed (uint* SPECIAL_VAR9 = &pMax)
                        {
                            global::Silk.NET.Assimp.Return n10;
                            byte* n6;
                            ; // BEGIN RESOLVE 10 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 7
                            // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // RESOLVED 6 TO VARIABLE n6
                            n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 8
                            // ALREADY RESOLVED 9
                            // RESOLVED 10 TO VARIABLE n10
                            n10 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, float*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialFloatArray)((SPECIAL_VAR7), (/* VAR 6 */
                            n6), (/* VAR 2 */
                            type), (/* VAR 3 */
                            index), (SPECIAL_VAR8), (SPECIAL_VAR9)); // END RESOLVE 10
                            // ALREADY RESOLVED 6
                            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 10
                            return /* VAR 10 */
                            n10;
                        }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, int* pOut, uint* pMax)
        {
            global::Silk.NET.Assimp.Return n6;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 5 INLINED
            // END RESOLVE 5
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
            pMat), (/* VAR 1 */
            pKey), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut), (/* VAR 5 */
            pMax)); // END RESOLVE 6
            // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, int* pOut, ref uint pMax)
        {
            fixed (uint* SPECIAL_VAR6 = &pMax)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, ref int pOut, uint* pMax)
        {
            fixed (int* SPECIAL_VAR6 = &pOut)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR6), (/* VAR 5 */
                pMax)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, ref int pOut, ref uint pMax)
        {
            fixed (int* SPECIAL_VAR6 = &pOut)
                fixed (uint* SPECIAL_VAR7 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                    pMat), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, int* pOut, uint* pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                pMat), (SPECIAL_VAR6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (/* VAR 5 */
                pMax)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, int* pOut, ref uint pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
                fixed (uint* SPECIAL_VAR7 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                    pMat), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, ref int pOut, uint* pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
                fixed (int* SPECIAL_VAR7 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                    pMat), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR7), (/* VAR 5 */
                    pMax)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, ref int pOut, ref uint pMax)
        {
            fixed (byte* SPECIAL_VAR6 = &pKey)
                fixed (int* SPECIAL_VAR7 = &pOut)
                    fixed (uint* SPECIAL_VAR8 = &pMax)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // ALREADY RESOLVED 8
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                        pMat), (SPECIAL_VAR6), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7), (SPECIAL_VAR8)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, int* pOut, uint* pMax)
        {
            global::Silk.NET.Assimp.Return n7;
            byte* n6;
            ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 6 TO VARIABLE n6
            n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 5 INLINED
            // END RESOLVE 5
            // RESOLVED 7 TO VARIABLE n7
            n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
            pMat), (/* VAR 6 */
            n6), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut), (/* VAR 5 */
            pMax)); // END RESOLVE 7
            // ALREADY RESOLVED 6
            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
            return /* VAR 7 */
            n7;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, int* pOut, ref uint pMax)
        {
            fixed (uint* SPECIAL_VAR7 = &pMax)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // ALREADY RESOLVED 7
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                pMat), (/* VAR 6 */
                n6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (SPECIAL_VAR7)); // END RESOLVE 8
                // ALREADY RESOLVED 6
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, ref int pOut, uint* pMax)
        {
            fixed (int* SPECIAL_VAR7 = &pOut)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 7
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                pMat), (/* VAR 6 */
                n6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR7), (/* VAR 5 */
                pMax)); // END RESOLVE 8
                // ALREADY RESOLVED 6
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, ref int pOut, ref uint pMax)
        {
            fixed (int* SPECIAL_VAR7 = &pOut)
                fixed (uint* SPECIAL_VAR8 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n9;
                    byte* n6;
                    ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 7
                    // ALREADY RESOLVED 8
                    // RESOLVED 9 TO VARIABLE n9
                    n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((/* VAR 0 */
                    pMat), (/* VAR 6 */
                    n6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR7), (SPECIAL_VAR8)); // END RESOLVE 9
                    // ALREADY RESOLVED 6
                    pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                    return /* VAR 9 */
                    n9;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, int* pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
            {
                global::Silk.NET.Assimp.Return n7;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (/* VAR 5 */
                pMax)); // END RESOLVE 7
                // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, int* pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (uint* SPECIAL_VAR7 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 7
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (SPECIAL_VAR7)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, ref int pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (int* SPECIAL_VAR7 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR7), (/* VAR 5 */
                    pMax)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, ref int pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (int* SPECIAL_VAR7 = &pOut)
                    fixed (uint* SPECIAL_VAR8 = &pMax)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // ALREADY RESOLVED 8
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (/* VAR 1 */
                        pKey), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7), (SPECIAL_VAR8)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, int* pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (byte* SPECIAL_VAR7 = &pKey)
                {
                    global::Silk.NET.Assimp.Return n8;
                    ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 6
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 8 TO VARIABLE n8
                    n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (/* VAR 5 */
                    pMax)); // END RESOLVE 8
                    // ALREADY RESOLVED 8
                    return /* VAR 8 */
                    n8;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, int* pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (byte* SPECIAL_VAR7 = &pKey)
                    fixed (uint* SPECIAL_VAR8 = &pMax)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 8
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (/* VAR 4 */
                        pOut), (SPECIAL_VAR8)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, ref int pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                fixed (byte* SPECIAL_VAR7 = &pKey)
                    fixed (int* SPECIAL_VAR8 = &pOut)
                    {
                        global::Silk.NET.Assimp.Return n9;
                        ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // ALREADY RESOLVED 7
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 8
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // RESOLVED 9 TO VARIABLE n9
                        n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR8), (/* VAR 5 */
                        pMax)); // END RESOLVE 9
                        // ALREADY RESOLVED 9
                        return /* VAR 9 */
                        n9;
                    }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, ref int pOut, ref uint pMax)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                    fixed (byte* SPECIAL_VAR7 = &pKey)
                        fixed (int* SPECIAL_VAR8 = &pOut)
                            fixed (uint* SPECIAL_VAR9 = &pMax)
                            {
                                global::Silk.NET.Assimp.Return n10;
                                ; // BEGIN RESOLVE 10 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 6
                                // ALREADY RESOLVED 7
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 8
                                // ALREADY RESOLVED 9
                                // RESOLVED 10 TO VARIABLE n10
                                n10 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR6), (SPECIAL_VAR7), (/* VAR 2 */
                                type), (/* VAR 3 */
                                index), (SPECIAL_VAR8), (SPECIAL_VAR9)); // END RESOLVE 10
                                // ALREADY RESOLVED 10
                                return /* VAR 10 */
                                n10;
                            }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, int* pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
            {
                global::Silk.NET.Assimp.Return n8;
                byte* n6;
                ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 7
                // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 6 TO VARIABLE n6
                n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // RESOLVED 8 TO VARIABLE n8
                n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR7), (/* VAR 6 */
                n6), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut), (/* VAR 5 */
                pMax)); // END RESOLVE 8
                // ALREADY RESOLVED 6
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                return /* VAR 8 */
                n8;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, int* pOut, ref uint pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
                fixed (uint* SPECIAL_VAR8 = &pMax)
                {
                    global::Silk.NET.Assimp.Return n9;
                    byte* n6;
                    ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 8
                    // RESOLVED 9 TO VARIABLE n9
                    n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR7), (/* VAR 6 */
                    n6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut), (SPECIAL_VAR8)); // END RESOLVE 9
                    // ALREADY RESOLVED 6
                    pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                    return /* VAR 9 */
                    n9;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, ref int pOut, uint* pMax)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
                fixed (int* SPECIAL_VAR8 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n9;
                    byte* n6;
                    ; // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 7
                    // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 6 TO VARIABLE n6
                    n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                    pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 8
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // RESOLVED 9 TO VARIABLE n9
                    n9 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR7), (/* VAR 6 */
                    n6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR8), (/* VAR 5 */
                    pMax)); // END RESOLVE 9
                    // ALREADY RESOLVED 6
                    pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                    Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                    n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 9
                    return /* VAR 9 */
                    n9;
                }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialIntegerArray(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, ref int pOut, ref uint pMax)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR7 = &pMat)
                    fixed (int* SPECIAL_VAR8 = &pOut)
                        fixed (uint* SPECIAL_VAR9 = &pMax)
                        {
                            global::Silk.NET.Assimp.Return n10;
                            byte* n6;
                            ; // BEGIN RESOLVE 10 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 7
                            // BEGIN RESOLVE 6 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // RESOLVED 6 TO VARIABLE n6
                            n6 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 6
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 8
                            // ALREADY RESOLVED 9
                            // RESOLVED 10 TO VARIABLE n10
                            n10 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, int*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialIntegerArray)((SPECIAL_VAR7), (/* VAR 6 */
                            n6), (/* VAR 2 */
                            type), (/* VAR 3 */
                            index), (SPECIAL_VAR8), (SPECIAL_VAR9)); // END RESOLVE 10
                            // ALREADY RESOLVED 6
                            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 6 */
                            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
                            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 6 */
                            n6, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 10
                            return /* VAR 10 */
                            n10;
                        }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, global::System.Numerics.Vector4* pOut)
        {
            global::Silk.NET.Assimp.Return n5;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((/* VAR 0 */
            pMat), (/* VAR 1 */
            pKey), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut)); // END RESOLVE 5
            // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, ref global::System.Numerics.Vector4 pOut)
        {
            fixed (global::System.Numerics.Vector4* SPECIAL_VAR5 = &pOut)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 5
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR5)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, global::System.Numerics.Vector4* pOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((/* VAR 0 */
                pMat), (SPECIAL_VAR5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, ref global::System.Numerics.Vector4 pOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
                fixed (global::System.Numerics.Vector4* SPECIAL_VAR6 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((/* VAR 0 */
                    pMat), (SPECIAL_VAR5), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, global::System.Numerics.Vector4* pOut)
        {
            global::Silk.NET.Assimp.Return n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((/* VAR 0 */
            pMat), (/* VAR 5 */
            n5), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, ref global::System.Numerics.Vector4 pOut)
        {
            fixed (global::System.Numerics.Vector4* SPECIAL_VAR6 = &pOut)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((/* VAR 0 */
                pMat), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, global::System.Numerics.Vector4* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((SPECIAL_VAR5), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, ref global::System.Numerics.Vector4 pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (global::System.Numerics.Vector4* SPECIAL_VAR6 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((SPECIAL_VAR5), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, global::System.Numerics.Vector4* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (byte* SPECIAL_VAR6 = &pKey)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialColor(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, ref global::System.Numerics.Vector4 pOut)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                    fixed (byte* SPECIAL_VAR6 = &pKey)
                        fixed (global::System.Numerics.Vector4* SPECIAL_VAR7 = &pOut)
                        {
                            global::Silk.NET.Assimp.Return n8;
                            ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 5
                            // ALREADY RESOLVED 6
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 7
                            // RESOLVED 8 TO VARIABLE n8
                            n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                            type), (/* VAR 3 */
                            index), (SPECIAL_VAR7)); // END RESOLVE 8
                            // ALREADY RESOLVED 8
                            return /* VAR 8 */
                            n8;
                        }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialColor(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, global::System.Numerics.Vector4* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((SPECIAL_VAR6), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialColor(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, ref global::System.Numerics.Vector4 pOut)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                    fixed (global::System.Numerics.Vector4* SPECIAL_VAR7 = &pOut)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        byte* n5;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // RESOLVED 5 TO VARIABLE n5
                        n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                        pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::System.Numerics.Vector4*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialColor)((SPECIAL_VAR6), (/* VAR 5 */
                        n5), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7)); // END RESOLVE 8
                        // ALREADY RESOLVED 5
                        pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, global::Silk.NET.Assimp.UVTransform* pOut)
        {
            global::Silk.NET.Assimp.Return n5;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((/* VAR 0 */
            pMat), (/* VAR 1 */
            pKey), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut)); // END RESOLVE 5
            // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, ref global::Silk.NET.Assimp.UVTransform pOut)
        {
            fixed (global::Silk.NET.Assimp.UVTransform* SPECIAL_VAR5 = &pOut)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 5
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR5)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, global::Silk.NET.Assimp.UVTransform* pOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((/* VAR 0 */
                pMat), (SPECIAL_VAR5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, ref global::Silk.NET.Assimp.UVTransform pOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
                fixed (global::Silk.NET.Assimp.UVTransform* SPECIAL_VAR6 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((/* VAR 0 */
                    pMat), (SPECIAL_VAR5), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, global::Silk.NET.Assimp.UVTransform* pOut)
        {
            global::Silk.NET.Assimp.Return n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((/* VAR 0 */
            pMat), (/* VAR 5 */
            n5), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, ref global::Silk.NET.Assimp.UVTransform pOut)
        {
            fixed (global::Silk.NET.Assimp.UVTransform* SPECIAL_VAR6 = &pOut)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((/* VAR 0 */
                pMat), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, global::Silk.NET.Assimp.UVTransform* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((SPECIAL_VAR5), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, ref global::Silk.NET.Assimp.UVTransform pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (global::Silk.NET.Assimp.UVTransform* SPECIAL_VAR6 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((SPECIAL_VAR5), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, global::Silk.NET.Assimp.UVTransform* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (byte* SPECIAL_VAR6 = &pKey)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, ref global::Silk.NET.Assimp.UVTransform pOut)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                    fixed (byte* SPECIAL_VAR6 = &pKey)
                        fixed (global::Silk.NET.Assimp.UVTransform* SPECIAL_VAR7 = &pOut)
                        {
                            global::Silk.NET.Assimp.Return n8;
                            ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 5
                            // ALREADY RESOLVED 6
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 7
                            // RESOLVED 8 TO VARIABLE n8
                            n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                            type), (/* VAR 3 */
                            index), (SPECIAL_VAR7)); // END RESOLVE 8
                            // ALREADY RESOLVED 8
                            return /* VAR 8 */
                            n8;
                        }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, global::Silk.NET.Assimp.UVTransform* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((SPECIAL_VAR6), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialUVTransform(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, ref global::Silk.NET.Assimp.UVTransform pOut)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                    fixed (global::Silk.NET.Assimp.UVTransform* SPECIAL_VAR7 = &pOut)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        byte* n5;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // RESOLVED 5 TO VARIABLE n5
                        n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                        pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.UVTransform*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialUVTransform)((SPECIAL_VAR6), (/* VAR 5 */
                        n5), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7)); // END RESOLVE 8
                        // ALREADY RESOLVED 5
                        pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, global::Silk.NET.Assimp.AssimpString* pOut)
        {
            global::Silk.NET.Assimp.Return n5;
            ; // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 5 TO VARIABLE n5
            n5 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((/* VAR 0 */
            pMat), (/* VAR 1 */
            pKey), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut)); // END RESOLVE 5
            // ALREADY RESOLVED 5
            return /* VAR 5 */
            n5;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(global::Silk.NET.Assimp.Material* pMat, byte* pKey, uint type, uint index, ref global::Silk.NET.Assimp.AssimpString pOut)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR5 = &pOut)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 5
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((/* VAR 0 */
                pMat), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR5)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, global::Silk.NET.Assimp.AssimpString* pOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((/* VAR 0 */
                pMat), (SPECIAL_VAR5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(global::Silk.NET.Assimp.Material* pMat, ref byte pKey, uint type, uint index, ref global::Silk.NET.Assimp.AssimpString pOut)
        {
            fixed (byte* SPECIAL_VAR5 = &pKey)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR6 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((/* VAR 0 */
                    pMat), (SPECIAL_VAR5), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, global::Silk.NET.Assimp.AssimpString* pOut)
        {
            global::Silk.NET.Assimp.Return n6;
            byte* n5;
            ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 5 TO VARIABLE n5
            n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
            pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // RESOLVED 6 TO VARIABLE n6
            n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((/* VAR 0 */
            pMat), (/* VAR 5 */
            n5), (/* VAR 2 */
            type), (/* VAR 3 */
            index), (/* VAR 4 */
            pOut)); // END RESOLVE 6
            // ALREADY RESOLVED 5
            pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
            Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
            n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 6
            return /* VAR 6 */
            n6;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(global::Silk.NET.Assimp.Material* pMat, string pKey, uint type, uint index, ref global::Silk.NET.Assimp.AssimpString pOut)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR6 = &pOut)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 6
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((/* VAR 0 */
                pMat), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (SPECIAL_VAR6)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, global::Silk.NET.Assimp.AssimpString* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
            {
                global::Silk.NET.Assimp.Return n6;
                ; // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 5
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 6 TO VARIABLE n6
                n6 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((SPECIAL_VAR5), (/* VAR 1 */
                pKey), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 6
                // ALREADY RESOLVED 6
                return /* VAR 6 */
                n6;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(in global::Silk.NET.Assimp.Material pMat, byte* pKey, uint type, uint index, ref global::Silk.NET.Assimp.AssimpString pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR6 = &pOut)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 6
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((SPECIAL_VAR5), (/* VAR 1 */
                    pKey), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (SPECIAL_VAR6)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, global::Silk.NET.Assimp.AssimpString* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                fixed (byte* SPECIAL_VAR6 = &pKey)
                {
                    global::Silk.NET.Assimp.Return n7;
                    ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 5
                    // ALREADY RESOLVED 6
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // RESOLVED 7 TO VARIABLE n7
                    n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                    type), (/* VAR 3 */
                    index), (/* VAR 4 */
                    pOut)); // END RESOLVE 7
                    // ALREADY RESOLVED 7
                    return /* VAR 7 */
                    n7;
                }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialString(in global::Silk.NET.Assimp.Material pMat, ref byte pKey, uint type, uint index, ref global::Silk.NET.Assimp.AssimpString pOut)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR5 = &pMat)
                    fixed (byte* SPECIAL_VAR6 = &pKey)
                        fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR7 = &pOut)
                        {
                            global::Silk.NET.Assimp.Return n8;
                            ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 5
                            // ALREADY RESOLVED 6
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 7
                            // RESOLVED 8 TO VARIABLE n8
                            n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((SPECIAL_VAR5), (SPECIAL_VAR6), (/* VAR 2 */
                            type), (/* VAR 3 */
                            index), (SPECIAL_VAR7)); // END RESOLVE 8
                            // ALREADY RESOLVED 8
                            return /* VAR 8 */
                            n8;
                        }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialString(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, global::Silk.NET.Assimp.AssimpString* pOut)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
            {
                global::Silk.NET.Assimp.Return n7;
                byte* n5;
                ; // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 6
                // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // RESOLVED 5 TO VARIABLE n5
                n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // RESOLVED 7 TO VARIABLE n7
                n7 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((SPECIAL_VAR6), (/* VAR 5 */
                n5), (/* VAR 2 */
                type), (/* VAR 3 */
                index), (/* VAR 4 */
                pOut)); // END RESOLVE 7
                // ALREADY RESOLVED 5
                pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 7
                return /* VAR 7 */
                n7;
            }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialString(in global::Silk.NET.Assimp.Material pMat, string pKey, uint type, uint index, ref global::Silk.NET.Assimp.AssimpString pOut)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR6 = &pMat)
                    fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR7 = &pOut)
                    {
                        global::Silk.NET.Assimp.Return n8;
                        byte* n5;
                        ; // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 6
                        // BEGIN RESOLVE 5 | READCOUNT: 4 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // RESOLVED 5 TO VARIABLE n5
                        n5 = (byte*)Silk.NET.Core.Native.SilkMarshal.StringToPtr((/* VAR 1 */
                        pKey), (Silk.NET.Core.Native.NativeStringEncoding)20); // END RESOLVE 5
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 7
                        // RESOLVED 8 TO VARIABLE n8
                        n8 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, byte*, uint, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialString)((SPECIAL_VAR6), (/* VAR 5 */
                        n5), (/* VAR 2 */
                        type), (/* VAR 3 */
                        index), (SPECIAL_VAR7)); // END RESOLVE 8
                        // ALREADY RESOLVED 5
                        pKey = Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 5
                        Silk.NET.Core.Native.SilkMarshal.FreeString((global::System.IntPtr)/* VAR 5 */
                        n5, (Silk.NET.Core.Native.NativeStringEncoding)20); // ALREADY RESOLVED 8
                        return /* VAR 8 */
                        n8;
                    }
            }
        }

        public unsafe partial uint GetMaterialTextureCount(global::Silk.NET.Assimp.Material* pMat, global::Silk.NET.Assimp.TextureType type)
        {
            uint n2;
            ; // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // RESOLVED 2 TO VARIABLE n2
            n2 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint> )(CurrentVTable as GeneratedVTable).AiGetMaterialTextureCount)((/* VAR 0 */
            pMat), (/* VAR 1 */
            type)); // END RESOLVE 2
            // ALREADY RESOLVED 2
            return /* VAR 2 */
            n2;
        }

        public partial uint GetMaterialTextureCount(in global::Silk.NET.Assimp.Material pMat, global::Silk.NET.Assimp.TextureType type)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR2 = &pMat)
                {
                    uint n3;
                    ; // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 2
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // RESOLVED 3 TO VARIABLE n3
                    n3 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint> )(CurrentVTable as GeneratedVTable).AiGetMaterialTextureCount)((SPECIAL_VAR2), (/* VAR 1 */
                    type)); // END RESOLVE 3
                    // ALREADY RESOLVED 3
                    return /* VAR 3 */
                    n3;
                }
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            global::Silk.NET.Assimp.Return n10;
            ; // BEGIN RESOLVE 10 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 INLINED
            // END RESOLVE 0
            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 1 INLINED
            // END RESOLVE 1
            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 2 INLINED
            // END RESOLVE 2
            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 3 INLINED
            // END RESOLVE 3
            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 4 INLINED
            // END RESOLVE 4
            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 5 INLINED
            // END RESOLVE 5
            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 6 INLINED
            // END RESOLVE 6
            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 7 INLINED
            // END RESOLVE 7
            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 8 INLINED
            // END RESOLVE 8
            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
            // RESOLVED 9 INLINED
            // END RESOLVE 9
            // RESOLVED 10 TO VARIABLE n10
            n10 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
            mat), (/* VAR 1 */
            type), (/* VAR 2 */
            index), (/* VAR 3 */
            path), (/* VAR 4 */
            mapping), (/* VAR 5 */
            uvindex), (/* VAR 6 */
            blend), (/* VAR 7 */
            op), (/* VAR 8 */
            mapmode), (/* VAR 9 */
            flags)); // END RESOLVE 10
            // ALREADY RESOLVED 10
            return /* VAR 10 */
            n10;
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &flags)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 6 INLINED
                // END RESOLVE 6
                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 7 INLINED
                // END RESOLVE 7
                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 8 INLINED
                // END RESOLVE 8
                // ALREADY RESOLVED 10
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                mat), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (/* VAR 3 */
                path), (/* VAR 4 */
                mapping), (/* VAR 5 */
                uvindex), (/* VAR 6 */
                blend), (/* VAR 7 */
                op), (/* VAR 8 */
                mapmode), (SPECIAL_VAR10)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR10 = &mapmode)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 6 INLINED
                // END RESOLVE 6
                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 7 INLINED
                // END RESOLVE 7
                // ALREADY RESOLVED 10
                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 9 INLINED
                // END RESOLVE 9
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                mat), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (/* VAR 3 */
                path), (/* VAR 4 */
                mapping), (/* VAR 5 */
                uvindex), (/* VAR 6 */
                blend), (/* VAR 7 */
                op), (SPECIAL_VAR10), (/* VAR 9 */
                flags)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR10 = &mapmode)
                fixed (uint* SPECIAL_VAR11 = &flags)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // ALREADY RESOLVED 10
                    // ALREADY RESOLVED 11
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (SPECIAL_VAR10), (SPECIAL_VAR11)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR10 = &op)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 6 INLINED
                // END RESOLVE 6
                // ALREADY RESOLVED 10
                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 8 INLINED
                // END RESOLVE 8
                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 9 INLINED
                // END RESOLVE 9
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                mat), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (/* VAR 3 */
                path), (/* VAR 4 */
                mapping), (/* VAR 5 */
                uvindex), (/* VAR 6 */
                blend), (SPECIAL_VAR10), (/* VAR 8 */
                mapmode), (/* VAR 9 */
                flags)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR10 = &op)
                fixed (uint* SPECIAL_VAR11 = &flags)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // ALREADY RESOLVED 11
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (SPECIAL_VAR10), (/* VAR 8 */
                    mapmode), (SPECIAL_VAR11)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR10 = &op)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // ALREADY RESOLVED 10
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR10 = &op)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // ALREADY RESOLVED 10
                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 7 INLINED
                // END RESOLVE 7
                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 8 INLINED
                // END RESOLVE 8
                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 9 INLINED
                // END RESOLVE 9
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                mat), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (/* VAR 3 */
                path), (/* VAR 4 */
                mapping), (/* VAR 5 */
                uvindex), (SPECIAL_VAR10), (/* VAR 7 */
                op), (/* VAR 8 */
                mapmode), (/* VAR 9 */
                flags)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
                fixed (uint* SPECIAL_VAR11 = &flags)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // ALREADY RESOLVED 11
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (SPECIAL_VAR10), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (SPECIAL_VAR11)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (SPECIAL_VAR10), (/* VAR 7 */
                    op), (SPECIAL_VAR11), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR10), (/* VAR 7 */
                        op), (SPECIAL_VAR11), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // ALREADY RESOLVED 10
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (float* SPECIAL_VAR10 = &blend)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // ALREADY RESOLVED 10
                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 6 INLINED
                // END RESOLVE 6
                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 7 INLINED
                // END RESOLVE 7
                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 8 INLINED
                // END RESOLVE 8
                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 9 INLINED
                // END RESOLVE 9
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                mat), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (/* VAR 3 */
                path), (/* VAR 4 */
                mapping), (SPECIAL_VAR10), (/* VAR 6 */
                blend), (/* VAR 7 */
                op), (/* VAR 8 */
                mapmode), (/* VAR 9 */
                flags)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (uint* SPECIAL_VAR11 = &flags)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // ALREADY RESOLVED 11
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (SPECIAL_VAR10), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (SPECIAL_VAR11)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (SPECIAL_VAR10), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (SPECIAL_VAR11), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR10), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR11), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (SPECIAL_VAR10), (/* VAR 6 */
                    blend), (SPECIAL_VAR11), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR10), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR10), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR10), (/* VAR 6 */
                            blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 10
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (uint* SPECIAL_VAR10 = &uvindex)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (/* VAR 4 */
                                mapping), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // ALREADY RESOLVED 10
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 6 INLINED
                // END RESOLVE 6
                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 7 INLINED
                // END RESOLVE 7
                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 8 INLINED
                // END RESOLVE 8
                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 9 INLINED
                // END RESOLVE 9
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                mat), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (/* VAR 3 */
                path), (SPECIAL_VAR10), (/* VAR 5 */
                uvindex), (/* VAR 6 */
                blend), (/* VAR 7 */
                op), (/* VAR 8 */
                mapmode), (/* VAR 9 */
                flags)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &flags)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // ALREADY RESOLVED 11
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (SPECIAL_VAR10), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (SPECIAL_VAR11)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (SPECIAL_VAR10), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (SPECIAL_VAR11), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR11), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (SPECIAL_VAR10), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (SPECIAL_VAR11), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (SPECIAL_VAR10), (/* VAR 5 */
                    uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR10), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 10
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 6 */
                                blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR10 = &mapping)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 0 INLINED
                                    // END RESOLVE 0
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 3 INLINED
                                    // END RESOLVE 3
                                    // ALREADY RESOLVED 10
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                    mat), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (/* VAR 3 */
                                    path), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // ALREADY RESOLVED 10
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 6 INLINED
                // END RESOLVE 6
                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 7 INLINED
                // END RESOLVE 7
                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 8 INLINED
                // END RESOLVE 8
                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 9 INLINED
                // END RESOLVE 9
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                mat), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (SPECIAL_VAR10), (/* VAR 4 */
                mapping), (/* VAR 5 */
                uvindex), (/* VAR 6 */
                blend), (/* VAR 7 */
                op), (/* VAR 8 */
                mapmode), (/* VAR 9 */
                flags)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &flags)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // ALREADY RESOLVED 11
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (SPECIAL_VAR10), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (SPECIAL_VAR11)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (SPECIAL_VAR10), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (SPECIAL_VAR11), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR11), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (SPECIAL_VAR10), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (SPECIAL_VAR11), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (SPECIAL_VAR10), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (/* VAR 4 */
                                mapping), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (SPECIAL_VAR10), (/* VAR 4 */
                    mapping), (SPECIAL_VAR11), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (/* VAR 6 */
                                blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 0 INLINED
                                    // END RESOLVE 0
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 4 INLINED
                                    // END RESOLVE 4
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                    mat), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR10), (/* VAR 4 */
                                    mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 0 INLINED
                    // END RESOLVE 0
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 10
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                    mat), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (/* VAR 6 */
                                blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 0 INLINED
                                    // END RESOLVE 0
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 10
                                    // ALREADY RESOLVED 11
                                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 5 INLINED
                                    // END RESOLVE 5
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                    mat), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR10), (SPECIAL_VAR11), (/* VAR 5 */
                                    uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 0 INLINED
                        // END RESOLVE 0
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 10
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                        mat), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 0 INLINED
                                    // END RESOLVE 0
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 10
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 6 INLINED
                                    // END RESOLVE 6
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                    mat), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                    blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 0 INLINED
                            // END RESOLVE 0
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 10
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                            mat), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 0 INLINED
                                    // END RESOLVE 0
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 10
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 7 INLINED
                                    // END RESOLVE 7
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                    mat), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                    op), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 0 INLINED
                                // END RESOLVE 0
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 10
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                mat), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                mapmode), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 0 INLINED
                                    // END RESOLVE 0
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 10
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 8 INLINED
                                    // END RESOLVE 8
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                    mat), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                    mapmode), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 0 INLINED
                                    // END RESOLVE 0
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 10
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 9 INLINED
                                    // END RESOLVE 9
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                    mat), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (/* VAR 9 */
                                    flags)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(global::Silk.NET.Assimp.Material* mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR10 = &path)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                    fixed (uint* SPECIAL_VAR16 = &flags)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 0 INLINED
                                        // END RESOLVE 0
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // ALREADY RESOLVED 10
                                        // ALREADY RESOLVED 11
                                        // ALREADY RESOLVED 12
                                        // ALREADY RESOLVED 13
                                        // ALREADY RESOLVED 14
                                        // ALREADY RESOLVED 15
                                        // ALREADY RESOLVED 16
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((/* VAR 0 */
                                        mat), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (SPECIAL_VAR10), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (SPECIAL_VAR16)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
            {
                global::Silk.NET.Assimp.Return n11;
                ; // BEGIN RESOLVE 11 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 10
                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 INLINED
                // END RESOLVE 1
                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 2 INLINED
                // END RESOLVE 2
                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 3 INLINED
                // END RESOLVE 3
                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 4 INLINED
                // END RESOLVE 4
                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 5 INLINED
                // END RESOLVE 5
                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 6 INLINED
                // END RESOLVE 6
                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 7 INLINED
                // END RESOLVE 7
                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 8 INLINED
                // END RESOLVE 8
                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // RESOLVED 9 INLINED
                // END RESOLVE 9
                // RESOLVED 11 TO VARIABLE n11
                n11 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                type), (/* VAR 2 */
                index), (/* VAR 3 */
                path), (/* VAR 4 */
                mapping), (/* VAR 5 */
                uvindex), (/* VAR 6 */
                blend), (/* VAR 7 */
                op), (/* VAR 8 */
                mapmode), (/* VAR 9 */
                flags)); // END RESOLVE 11
                // ALREADY RESOLVED 11
                return /* VAR 11 */
                n11;
            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &flags)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // ALREADY RESOLVED 11
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (SPECIAL_VAR11)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (SPECIAL_VAR11), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR11 = &mapmode)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR11), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (SPECIAL_VAR11), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR11 = &op)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (float* SPECIAL_VAR11 = &blend)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (/* VAR 4 */
                                mapping), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (/* VAR 4 */
                    mapping), (SPECIAL_VAR11), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (/* VAR 6 */
                        blend), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (/* VAR 6 */
                                blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (/* VAR 4 */
                        mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (/* VAR 4 */
                            mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (/* VAR 4 */
                                mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (uint* SPECIAL_VAR11 = &uvindex)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 3 INLINED
                                    // END RESOLVE 3
                                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 4 INLINED
                                    // END RESOLVE 4
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (/* VAR 3 */
                                    path), (/* VAR 4 */
                                    mapping), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 3 INLINED
                    // END RESOLVE 3
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (/* VAR 3 */
                    path), (SPECIAL_VAR11), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (/* VAR 6 */
                                blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR11), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 3 INLINED
                                    // END RESOLVE 3
                                    // ALREADY RESOLVED 11
                                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 5 INLINED
                                    // END RESOLVE 5
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (/* VAR 3 */
                                    path), (SPECIAL_VAR11), (/* VAR 5 */
                                    uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 3 INLINED
                        // END RESOLVE 3
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (/* VAR 3 */
                        path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 3 INLINED
                                    // END RESOLVE 3
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 6 INLINED
                                    // END RESOLVE 6
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (/* VAR 3 */
                                    path), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 6 */
                                    blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 3 INLINED
                            // END RESOLVE 3
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (/* VAR 3 */
                            path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 3 INLINED
                                    // END RESOLVE 3
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 7 INLINED
                                    // END RESOLVE 7
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (/* VAR 3 */
                                    path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                    op), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 3 INLINED
                                // END RESOLVE 3
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (/* VAR 3 */
                                path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                mapmode), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 3 INLINED
                                    // END RESOLVE 3
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 8 INLINED
                                    // END RESOLVE 8
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (/* VAR 3 */
                                    path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                    mapmode), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 3 INLINED
                                    // END RESOLVE 3
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 9 INLINED
                                    // END RESOLVE 9
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (/* VAR 3 */
                                    path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (/* VAR 9 */
                                    flags)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, global::Silk.NET.Assimp.AssimpString* path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR11 = &mapping)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                    fixed (uint* SPECIAL_VAR16 = &flags)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // ALREADY RESOLVED 10
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // BEGIN RESOLVE 3 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 3 INLINED
                                        // END RESOLVE 3
                                        // ALREADY RESOLVED 11
                                        // ALREADY RESOLVED 12
                                        // ALREADY RESOLVED 13
                                        // ALREADY RESOLVED 14
                                        // ALREADY RESOLVED 15
                                        // ALREADY RESOLVED 16
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (/* VAR 3 */
                                        path), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (SPECIAL_VAR16)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                {
                    global::Silk.NET.Assimp.Return n12;
                    ; // BEGIN RESOLVE 12 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                    // ALREADY RESOLVED 10
                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 1 INLINED
                    // END RESOLVE 1
                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 2 INLINED
                    // END RESOLVE 2
                    // ALREADY RESOLVED 11
                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 4 INLINED
                    // END RESOLVE 4
                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 5 INLINED
                    // END RESOLVE 5
                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 6 INLINED
                    // END RESOLVE 6
                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 7 INLINED
                    // END RESOLVE 7
                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 8 INLINED
                    // END RESOLVE 8
                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                    // RESOLVED 9 INLINED
                    // END RESOLVE 9
                    // RESOLVED 12 TO VARIABLE n12
                    n12 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                    type), (/* VAR 2 */
                    index), (SPECIAL_VAR11), (/* VAR 4 */
                    mapping), (/* VAR 5 */
                    uvindex), (/* VAR 6 */
                    blend), (/* VAR 7 */
                    op), (/* VAR 8 */
                    mapmode), (/* VAR 9 */
                    flags)); // END RESOLVE 12
                    // ALREADY RESOLVED 12
                    return /* VAR 12 */
                    n12;
                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &flags)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // ALREADY RESOLVED 12
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR11), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (SPECIAL_VAR12)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR11), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (SPECIAL_VAR12), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR12 = &mapmode)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR12), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR11), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (SPECIAL_VAR12), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR12 = &op)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (/* VAR 5 */
                                uvindex), (/* VAR 6 */
                                blend), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR11), (/* VAR 4 */
                        mapping), (/* VAR 5 */
                        uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (float* SPECIAL_VAR12 = &blend)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 4 INLINED
                                    // END RESOLVE 4
                                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 5 INLINED
                                    // END RESOLVE 5
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (/* VAR 4 */
                                    mapping), (/* VAR 5 */
                                    uvindex), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 11
                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 4 INLINED
                        // END RESOLVE 4
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR11), (/* VAR 4 */
                        mapping), (SPECIAL_VAR12), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (SPECIAL_VAR12), (/* VAR 6 */
                            blend), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (SPECIAL_VAR12), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 4 INLINED
                                    // END RESOLVE 4
                                    // ALREADY RESOLVED 12
                                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 6 INLINED
                                    // END RESOLVE 6
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (/* VAR 4 */
                                    mapping), (SPECIAL_VAR12), (/* VAR 6 */
                                    blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 4 INLINED
                            // END RESOLVE 4
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (/* VAR 4 */
                            mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 4 INLINED
                                    // END RESOLVE 4
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 7 INLINED
                                    // END RESOLVE 7
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (/* VAR 4 */
                                    mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 7 */
                                    op), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 4 INLINED
                                // END RESOLVE 4
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (/* VAR 4 */
                                mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                mapmode), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 4 INLINED
                                    // END RESOLVE 4
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 8 INLINED
                                    // END RESOLVE 8
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (/* VAR 4 */
                                    mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                    mapmode), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 4 INLINED
                                    // END RESOLVE 4
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 9 INLINED
                                    // END RESOLVE 9
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (/* VAR 4 */
                                    mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (/* VAR 9 */
                                    flags)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, global::Silk.NET.Assimp.TextureMapping* mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (uint* SPECIAL_VAR12 = &uvindex)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                    fixed (uint* SPECIAL_VAR16 = &flags)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // ALREADY RESOLVED 10
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // ALREADY RESOLVED 11
                                        // BEGIN RESOLVE 4 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 4 INLINED
                                        // END RESOLVE 4
                                        // ALREADY RESOLVED 12
                                        // ALREADY RESOLVED 13
                                        // ALREADY RESOLVED 14
                                        // ALREADY RESOLVED 15
                                        // ALREADY RESOLVED 16
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (SPECIAL_VAR11), (/* VAR 4 */
                                        mapping), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (SPECIAL_VAR16)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                    {
                        global::Silk.NET.Assimp.Return n13;
                        ; // BEGIN RESOLVE 13 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                        // ALREADY RESOLVED 10
                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 1 INLINED
                        // END RESOLVE 1
                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 2 INLINED
                        // END RESOLVE 2
                        // ALREADY RESOLVED 11
                        // ALREADY RESOLVED 12
                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 5 INLINED
                        // END RESOLVE 5
                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 6 INLINED
                        // END RESOLVE 6
                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 7 INLINED
                        // END RESOLVE 7
                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 8 INLINED
                        // END RESOLVE 8
                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                        // RESOLVED 9 INLINED
                        // END RESOLVE 9
                        // RESOLVED 13 TO VARIABLE n13
                        n13 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                        type), (/* VAR 2 */
                        index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                        uvindex), (/* VAR 6 */
                        blend), (/* VAR 7 */
                        op), (/* VAR 8 */
                        mapmode), (/* VAR 9 */
                        flags)); // END RESOLVE 13
                        // ALREADY RESOLVED 13
                        return /* VAR 13 */
                        n13;
                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &flags)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // ALREADY RESOLVED 13
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (SPECIAL_VAR13)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (SPECIAL_VAR13), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR13 = &mapmode)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                uvindex), (/* VAR 6 */
                                blend), (/* VAR 7 */
                                op), (SPECIAL_VAR13), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                            uvindex), (/* VAR 6 */
                            blend), (SPECIAL_VAR13), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                uvindex), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                uvindex), (/* VAR 6 */
                                blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR13 = &op)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 5 INLINED
                                    // END RESOLVE 5
                                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 6 INLINED
                                    // END RESOLVE 6
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                    uvindex), (/* VAR 6 */
                                    blend), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 5 INLINED
                            // END RESOLVE 5
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                            uvindex), (SPECIAL_VAR13), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR13), (/* VAR 7 */
                                op), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 5 INLINED
                                    // END RESOLVE 5
                                    // ALREADY RESOLVED 13
                                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 7 INLINED
                                    // END RESOLVE 7
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                    uvindex), (SPECIAL_VAR13), (/* VAR 7 */
                                    op), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 5 INLINED
                                // END RESOLVE 5
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                uvindex), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                mapmode), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 5 INLINED
                                    // END RESOLVE 5
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 8 INLINED
                                    // END RESOLVE 8
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                    uvindex), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 8 */
                                    mapmode), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 5 INLINED
                                    // END RESOLVE 5
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 9 INLINED
                                    // END RESOLVE 9
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                    uvindex), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (/* VAR 9 */
                                    flags)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, uint* uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (float* SPECIAL_VAR13 = &blend)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                    fixed (uint* SPECIAL_VAR16 = &flags)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // ALREADY RESOLVED 10
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // ALREADY RESOLVED 11
                                        // ALREADY RESOLVED 12
                                        // BEGIN RESOLVE 5 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 5 INLINED
                                        // END RESOLVE 5
                                        // ALREADY RESOLVED 13
                                        // ALREADY RESOLVED 14
                                        // ALREADY RESOLVED 15
                                        // ALREADY RESOLVED 16
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (SPECIAL_VAR11), (SPECIAL_VAR12), (/* VAR 5 */
                                        uvindex), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (SPECIAL_VAR16)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                        {
                            global::Silk.NET.Assimp.Return n14;
                            ; // BEGIN RESOLVE 14 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                            // ALREADY RESOLVED 10
                            // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 1 INLINED
                            // END RESOLVE 1
                            // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 2 INLINED
                            // END RESOLVE 2
                            // ALREADY RESOLVED 11
                            // ALREADY RESOLVED 12
                            // ALREADY RESOLVED 13
                            // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 6 INLINED
                            // END RESOLVE 6
                            // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 7 INLINED
                            // END RESOLVE 7
                            // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 8 INLINED
                            // END RESOLVE 8
                            // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                            // RESOLVED 9 INLINED
                            // END RESOLVE 9
                            // RESOLVED 14 TO VARIABLE n14
                            n14 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                            type), (/* VAR 2 */
                            index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                            blend), (/* VAR 7 */
                            op), (/* VAR 8 */
                            mapmode), (/* VAR 9 */
                            flags)); // END RESOLVE 14
                            // ALREADY RESOLVED 14
                            return /* VAR 14 */
                            n14;
                        }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (uint* SPECIAL_VAR14 = &flags)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // ALREADY RESOLVED 14
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                                blend), (/* VAR 7 */
                                op), (/* VAR 8 */
                                mapmode), (SPECIAL_VAR14)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                                blend), (/* VAR 7 */
                                op), (SPECIAL_VAR14), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR14 = &mapmode)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 6 INLINED
                                    // END RESOLVE 6
                                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 7 INLINED
                                    // END RESOLVE 7
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                                    blend), (/* VAR 7 */
                                    op), (SPECIAL_VAR14), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 6 INLINED
                                // END RESOLVE 6
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                                blend), (SPECIAL_VAR14), (/* VAR 8 */
                                mapmode), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 6 INLINED
                                    // END RESOLVE 6
                                    // ALREADY RESOLVED 14
                                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 8 INLINED
                                    // END RESOLVE 8
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                                    blend), (SPECIAL_VAR14), (/* VAR 8 */
                                    mapmode), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 6 INLINED
                                    // END RESOLVE 6
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 9 INLINED
                                    // END RESOLVE 9
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                                    blend), (SPECIAL_VAR14), (SPECIAL_VAR15), (/* VAR 9 */
                                    flags)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, float* blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR14 = &op)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                    fixed (uint* SPECIAL_VAR16 = &flags)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // ALREADY RESOLVED 10
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // ALREADY RESOLVED 11
                                        // ALREADY RESOLVED 12
                                        // ALREADY RESOLVED 13
                                        // BEGIN RESOLVE 6 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 6 INLINED
                                        // END RESOLVE 6
                                        // ALREADY RESOLVED 14
                                        // ALREADY RESOLVED 15
                                        // ALREADY RESOLVED 16
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (/* VAR 6 */
                                        blend), (SPECIAL_VAR14), (SPECIAL_VAR15), (SPECIAL_VAR16)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (float* SPECIAL_VAR14 = &blend)
                            {
                                global::Silk.NET.Assimp.Return n15;
                                ; // BEGIN RESOLVE 15 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                // ALREADY RESOLVED 10
                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 1 INLINED
                                // END RESOLVE 1
                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 2 INLINED
                                // END RESOLVE 2
                                // ALREADY RESOLVED 11
                                // ALREADY RESOLVED 12
                                // ALREADY RESOLVED 13
                                // ALREADY RESOLVED 14
                                // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 7 INLINED
                                // END RESOLVE 7
                                // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 8 INLINED
                                // END RESOLVE 8
                                // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                // RESOLVED 9 INLINED
                                // END RESOLVE 9
                                // RESOLVED 15 TO VARIABLE n15
                                n15 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                type), (/* VAR 2 */
                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 7 */
                                op), (/* VAR 8 */
                                mapmode), (/* VAR 9 */
                                flags)); // END RESOLVE 15
                                // ALREADY RESOLVED 15
                                return /* VAR 15 */
                                n15;
                            }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (float* SPECIAL_VAR14 = &blend)
                                fixed (uint* SPECIAL_VAR15 = &flags)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 7 INLINED
                                    // END RESOLVE 7
                                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 8 INLINED
                                    // END RESOLVE 8
                                    // ALREADY RESOLVED 15
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 7 */
                                    op), (/* VAR 8 */
                                    mapmode), (SPECIAL_VAR15)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (float* SPECIAL_VAR14 = &blend)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 7 INLINED
                                    // END RESOLVE 7
                                    // ALREADY RESOLVED 15
                                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 9 INLINED
                                    // END RESOLVE 9
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 7 */
                                    op), (SPECIAL_VAR15), (/* VAR 9 */
                                    flags)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, global::Silk.NET.Assimp.TextureOp* op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (float* SPECIAL_VAR14 = &blend)
                                fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR15 = &mapmode)
                                    fixed (uint* SPECIAL_VAR16 = &flags)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // ALREADY RESOLVED 10
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // ALREADY RESOLVED 11
                                        // ALREADY RESOLVED 12
                                        // ALREADY RESOLVED 13
                                        // ALREADY RESOLVED 14
                                        // BEGIN RESOLVE 7 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 7 INLINED
                                        // END RESOLVE 7
                                        // ALREADY RESOLVED 15
                                        // ALREADY RESOLVED 16
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (/* VAR 7 */
                                        op), (SPECIAL_VAR15), (SPECIAL_VAR16)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (float* SPECIAL_VAR14 = &blend)
                                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR15 = &op)
                                {
                                    global::Silk.NET.Assimp.Return n16;
                                    ; // BEGIN RESOLVE 16 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                    // ALREADY RESOLVED 10
                                    // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 1 INLINED
                                    // END RESOLVE 1
                                    // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 2 INLINED
                                    // END RESOLVE 2
                                    // ALREADY RESOLVED 11
                                    // ALREADY RESOLVED 12
                                    // ALREADY RESOLVED 13
                                    // ALREADY RESOLVED 14
                                    // ALREADY RESOLVED 15
                                    // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 8 INLINED
                                    // END RESOLVE 8
                                    // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                    // RESOLVED 9 INLINED
                                    // END RESOLVE 9
                                    // RESOLVED 16 TO VARIABLE n16
                                    n16 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                    type), (/* VAR 2 */
                                    index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (/* VAR 8 */
                                    mapmode), (/* VAR 9 */
                                    flags)); // END RESOLVE 16
                                    // ALREADY RESOLVED 16
                                    return /* VAR 16 */
                                    n16;
                                }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, global::Silk.NET.Assimp.TextureMapMode* mapmode, ref uint flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (float* SPECIAL_VAR14 = &blend)
                                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR15 = &op)
                                    fixed (uint* SPECIAL_VAR16 = &flags)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // ALREADY RESOLVED 10
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // ALREADY RESOLVED 11
                                        // ALREADY RESOLVED 12
                                        // ALREADY RESOLVED 13
                                        // ALREADY RESOLVED 14
                                        // ALREADY RESOLVED 15
                                        // BEGIN RESOLVE 8 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 8 INLINED
                                        // END RESOLVE 8
                                        // ALREADY RESOLVED 16
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (/* VAR 8 */
                                        mapmode), (SPECIAL_VAR16)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public unsafe partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, uint* flags)
        {
            fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                    fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                        fixed (uint* SPECIAL_VAR13 = &uvindex)
                            fixed (float* SPECIAL_VAR14 = &blend)
                                fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR15 = &op)
                                    fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR16 = &mapmode)
                                    {
                                        global::Silk.NET.Assimp.Return n17;
                                        ; // BEGIN RESOLVE 17 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                        // ALREADY RESOLVED 10
                                        // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 1 INLINED
                                        // END RESOLVE 1
                                        // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 2 INLINED
                                        // END RESOLVE 2
                                        // ALREADY RESOLVED 11
                                        // ALREADY RESOLVED 12
                                        // ALREADY RESOLVED 13
                                        // ALREADY RESOLVED 14
                                        // ALREADY RESOLVED 15
                                        // ALREADY RESOLVED 16
                                        // BEGIN RESOLVE 9 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                        // RESOLVED 9 INLINED
                                        // END RESOLVE 9
                                        // RESOLVED 17 TO VARIABLE n17
                                        n17 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                        type), (/* VAR 2 */
                                        index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (SPECIAL_VAR16), (/* VAR 9 */
                                        flags)); // END RESOLVE 17
                                        // ALREADY RESOLVED 17
                                        return /* VAR 17 */
                                        n17;
                                    }
        }

        public partial global::Silk.NET.Assimp.Return GetMaterialTexture(in global::Silk.NET.Assimp.Material mat, global::Silk.NET.Assimp.TextureType type, uint index, ref global::Silk.NET.Assimp.AssimpString path, ref global::Silk.NET.Assimp.TextureMapping mapping, ref uint uvindex, ref float blend, ref global::Silk.NET.Assimp.TextureOp op, ref global::Silk.NET.Assimp.TextureMapMode mapmode, ref uint flags)
        {
            unsafe
            {
                fixed (global::Silk.NET.Assimp.Material* SPECIAL_VAR10 = &mat)
                    fixed (global::Silk.NET.Assimp.AssimpString* SPECIAL_VAR11 = &path)
                        fixed (global::Silk.NET.Assimp.TextureMapping* SPECIAL_VAR12 = &mapping)
                            fixed (uint* SPECIAL_VAR13 = &uvindex)
                                fixed (float* SPECIAL_VAR14 = &blend)
                                    fixed (global::Silk.NET.Assimp.TextureOp* SPECIAL_VAR15 = &op)
                                        fixed (global::Silk.NET.Assimp.TextureMapMode* SPECIAL_VAR16 = &mapmode)
                                            fixed (uint* SPECIAL_VAR17 = &flags)
                                            {
                                                global::Silk.NET.Assimp.Return n18;
                                                ; // BEGIN RESOLVE 18 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                                                // ALREADY RESOLVED 10
                                                // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                                // RESOLVED 1 INLINED
                                                // END RESOLVE 1
                                                // BEGIN RESOLVE 2 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                                                // RESOLVED 2 INLINED
                                                // END RESOLVE 2
                                                // ALREADY RESOLVED 11
                                                // ALREADY RESOLVED 12
                                                // ALREADY RESOLVED 13
                                                // ALREADY RESOLVED 14
                                                // ALREADY RESOLVED 15
                                                // ALREADY RESOLVED 16
                                                // ALREADY RESOLVED 17
                                                // RESOLVED 18 TO VARIABLE n18
                                                n18 = ((delegate* unmanaged<global::Silk.NET.Assimp.Material*, global::Silk.NET.Assimp.TextureType, uint, global::Silk.NET.Assimp.AssimpString*, global::Silk.NET.Assimp.TextureMapping*, uint*, float*, global::Silk.NET.Assimp.TextureOp*, global::Silk.NET.Assimp.TextureMapMode*, uint*, global::Silk.NET.Assimp.Return> )(CurrentVTable as GeneratedVTable).AiGetMaterialTexture)((SPECIAL_VAR10), (/* VAR 1 */
                                                type), (/* VAR 2 */
                                                index), (SPECIAL_VAR11), (SPECIAL_VAR12), (SPECIAL_VAR13), (SPECIAL_VAR14), (SPECIAL_VAR15), (SPECIAL_VAR16), (SPECIAL_VAR17)); // END RESOLVE 18
                                                // ALREADY RESOLVED 18
                                                return /* VAR 18 */
                                                n18;
                                            }
            }
        }

        public unsafe partial byte* GetLegalString()
        {
            byte* n0;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 TO VARIABLE n0
            n0 = ((delegate* unmanaged<byte*> )(CurrentVTable as GeneratedVTable).AiGetLegalString)(); // END RESOLVE 0
            // ALREADY RESOLVED 0
            return /* VAR 0 */
            n0;
        }

        public partial string GetLegalStringS()
        {
            unsafe
            {
                byte* n1;
                ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 TO VARIABLE n1
                n1 = ((delegate* unmanaged<byte*> )(CurrentVTable as GeneratedVTable).AiGetLegalString)(); // END RESOLVE 1
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 1
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                return (/* VAR 0 */
                Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 1 */
                n1, (Silk.NET.Core.Native.NativeStringEncoding)20));
            }
        }

        public partial uint GetVersionMinor()
        {
            unsafe
            {
                uint n0;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 TO VARIABLE n0
                n0 = ((delegate* unmanaged<uint> )(CurrentVTable as GeneratedVTable).AiGetVersionMinor)(); // END RESOLVE 0
                // ALREADY RESOLVED 0
                return /* VAR 0 */
                n0;
            }
        }

        public partial uint GetVersionMajor()
        {
            unsafe
            {
                uint n0;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 TO VARIABLE n0
                n0 = ((delegate* unmanaged<uint> )(CurrentVTable as GeneratedVTable).AiGetVersionMajor)(); // END RESOLVE 0
                // ALREADY RESOLVED 0
                return /* VAR 0 */
                n0;
            }
        }

        public partial uint GetVersionRevision()
        {
            unsafe
            {
                uint n0;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 TO VARIABLE n0
                n0 = ((delegate* unmanaged<uint> )(CurrentVTable as GeneratedVTable).AiGetVersionRevision)(); // END RESOLVE 0
                // ALREADY RESOLVED 0
                return /* VAR 0 */
                n0;
            }
        }

        public unsafe partial byte* GetBranchName()
        {
            byte* n0;
            ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
            // RESOLVED 0 TO VARIABLE n0
            n0 = ((delegate* unmanaged<byte*> )(CurrentVTable as GeneratedVTable).AiGetBranchName)(); // END RESOLVE 0
            // ALREADY RESOLVED 0
            return /* VAR 0 */
            n0;
        }

        public partial string GetBranchNameS()
        {
            unsafe
            {
                byte* n1;
                ; // BEGIN RESOLVE 1 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 1 TO VARIABLE n1
                n1 = ((delegate* unmanaged<byte*> )(CurrentVTable as GeneratedVTable).AiGetBranchName)(); // END RESOLVE 1
                // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: True | FORCE_INLINE: False | CACHED: False
                // ALREADY RESOLVED 1
                // RESOLVED 0 INLINED
                // END RESOLVE 0
                return (/* VAR 0 */
                Silk.NET.Core.Native.SilkMarshal.PtrToString((global::System.IntPtr)/* VAR 1 */
                n1, (Silk.NET.Core.Native.NativeStringEncoding)20));
            }
        }

        public partial uint GetCompileFlags()
        {
            unsafe
            {
                uint n0;
                ; // BEGIN RESOLVE 0 | READCOUNT: 1 | ALLOW_INLINE: False | FORCE_INLINE: False | CACHED: False
                // RESOLVED 0 TO VARIABLE n0
                n0 = ((delegate* unmanaged<uint> )(CurrentVTable as GeneratedVTable).AiGetCompileFlags)(); // END RESOLVE 0
                // ALREADY RESOLVED 0
                return /* VAR 0 */
                n0;
            }
        }

        protected override int CoreGcSlotCount() => 0 + base.CoreGcSlotCount();
        private sealed class GeneratedVTable : Silk.NET.Core.Native.IVTable
        {
            private Silk.NET.Core.Contexts.INativeContext _ctx;
            internal GeneratedVTable(Silk.NET.Core.Contexts.INativeContext ctx)
            {
                _ctx = ctx;
            }

            private System.IntPtr _aiGetExportFormatCount, _aiGetExportFormatDescription, _aiReleaseExportFormatDescription, _aiCopyScene, _aiFreeScene, _aiExportScene, _aiExportSceneEx, _aiExportSceneToBlob, _aiReleaseExportBlob, _aiGetImporterDesc, _aiImportFile, _aiImportFileEx, _aiImportFileExWithProperties, _aiImportFileFromMemory, _aiImportFileFromMemoryWithProperties, _aiApplyPostProcessing, _aiGetPredefinedLogStream, _aiAttachLogStream, _aiEnableVerboseLogging, _aiDetachLogStream, _aiDetachAllLogStreams, _aiReleaseImport, _aiGetErrorString, _aiIsExtensionSupported, _aiGetExtensionList, _aiGetMemoryRequirements, _aiCreatePropertyStore, _aiReleasePropertyStore, _aiSetImportPropertyInteger, _aiSetImportPropertyFloat, _aiSetImportPropertyString, _aiSetImportPropertyMatrix, _aiCreateQuaternionFromMatrix, _aiDecomposeMatrix, _aiTransposeMatrix4, _aiTransposeMatrix3, _aiTransformVecByMatrix3, _aiTransformVecByMatrix4, _aiMultiplyMatrix4, _aiMultiplyMatrix3, _aiIdentityMatrix3, _aiIdentityMatrix4, _aiGetImportFormatCount, _aiGetImportFormatDescription, _aiGetMaterialProperty, _aiGetMaterialFloatArray, _aiGetMaterialIntegerArray, _aiGetMaterialColor, _aiGetMaterialUVTransform, _aiGetMaterialString, _aiGetMaterialTextureCount, _aiGetMaterialTexture, _aiGetLegalString, _aiGetVersionMinor, _aiGetVersionMajor, _aiGetVersionRevision, _aiGetBranchName, _aiGetCompileFlags;
            public nint Load(int slot, string entryPoint) => Load(entryPoint);
            public nint Load(string entryPoint) => entryPoint switch
            {
            "aiGetExportFormatCount" => AiGetExportFormatCount, "aiGetExportFormatDescription" => AiGetExportFormatDescription, "aiReleaseExportFormatDescription" => AiReleaseExportFormatDescription, "aiCopyScene" => AiCopyScene, "aiFreeScene" => AiFreeScene, "aiExportScene" => AiExportScene, "aiExportSceneEx" => AiExportSceneEx, "aiExportSceneToBlob" => AiExportSceneToBlob, "aiReleaseExportBlob" => AiReleaseExportBlob, "aiGetImporterDesc" => AiGetImporterDesc, "aiImportFile" => AiImportFile, "aiImportFileEx" => AiImportFileEx, "aiImportFileExWithProperties" => AiImportFileExWithProperties, "aiImportFileFromMemory" => AiImportFileFromMemory, "aiImportFileFromMemoryWithProperties" => AiImportFileFromMemoryWithProperties, "aiApplyPostProcessing" => AiApplyPostProcessing, "aiGetPredefinedLogStream" => AiGetPredefinedLogStream, "aiAttachLogStream" => AiAttachLogStream, "aiEnableVerboseLogging" => AiEnableVerboseLogging, "aiDetachLogStream" => AiDetachLogStream, "aiDetachAllLogStreams" => AiDetachAllLogStreams, "aiReleaseImport" => AiReleaseImport, "aiGetErrorString" => AiGetErrorString, "aiIsExtensionSupported" => AiIsExtensionSupported, "aiGetExtensionList" => AiGetExtensionList, "aiGetMemoryRequirements" => AiGetMemoryRequirements, "aiCreatePropertyStore" => AiCreatePropertyStore, "aiReleasePropertyStore" => AiReleasePropertyStore, "aiSetImportPropertyInteger" => AiSetImportPropertyInteger, "aiSetImportPropertyFloat" => AiSetImportPropertyFloat, "aiSetImportPropertyString" => AiSetImportPropertyString, "aiSetImportPropertyMatrix" => AiSetImportPropertyMatrix, "aiCreateQuaternionFromMatrix" => AiCreateQuaternionFromMatrix, "aiDecomposeMatrix" => AiDecomposeMatrix, "aiTransposeMatrix4" => AiTransposeMatrix4, "aiTransposeMatrix3" => AiTransposeMatrix3, "aiTransformVecByMatrix3" => AiTransformVecByMatrix3, "aiTransformVecByMatrix4" => AiTransformVecByMatrix4, "aiMultiplyMatrix4" => AiMultiplyMatrix4, "aiMultiplyMatrix3" => AiMultiplyMatrix3, "aiIdentityMatrix3" => AiIdentityMatrix3, "aiIdentityMatrix4" => AiIdentityMatrix4, "aiGetImportFormatCount" => AiGetImportFormatCount, "aiGetImportFormatDescription" => AiGetImportFormatDescription, "aiGetMaterialProperty" => AiGetMaterialProperty, "aiGetMaterialFloatArray" => AiGetMaterialFloatArray, "aiGetMaterialIntegerArray" => AiGetMaterialIntegerArray, "aiGetMaterialColor" => AiGetMaterialColor, "aiGetMaterialUVTransform" => AiGetMaterialUVTransform, "aiGetMaterialString" => AiGetMaterialString, "aiGetMaterialTextureCount" => AiGetMaterialTextureCount, "aiGetMaterialTexture" => AiGetMaterialTexture, "aiGetLegalString" => AiGetLegalString, "aiGetVersionMinor" => AiGetVersionMinor, "aiGetVersionMajor" => AiGetVersionMajor, "aiGetVersionRevision" => AiGetVersionRevision, "aiGetBranchName" => AiGetBranchName, "aiGetCompileFlags" => AiGetCompileFlags, _ => _ctx.GetProcAddress(entryPoint)}

            ;
            public nint AiGetExportFormatCount => _aiGetExportFormatCount != default(nint) ? _aiGetExportFormatCount : (_aiGetExportFormatCount = _ctx.GetProcAddress("aiGetExportFormatCount"));
            public nint AiGetExportFormatDescription => _aiGetExportFormatDescription != default(nint) ? _aiGetExportFormatDescription : (_aiGetExportFormatDescription = _ctx.GetProcAddress("aiGetExportFormatDescription"));
            public nint AiReleaseExportFormatDescription => _aiReleaseExportFormatDescription != default(nint) ? _aiReleaseExportFormatDescription : (_aiReleaseExportFormatDescription = _ctx.GetProcAddress("aiReleaseExportFormatDescription"));
            public nint AiCopyScene => _aiCopyScene != default(nint) ? _aiCopyScene : (_aiCopyScene = _ctx.GetProcAddress("aiCopyScene"));
            public nint AiFreeScene => _aiFreeScene != default(nint) ? _aiFreeScene : (_aiFreeScene = _ctx.GetProcAddress("aiFreeScene"));
            public nint AiExportScene => _aiExportScene != default(nint) ? _aiExportScene : (_aiExportScene = _ctx.GetProcAddress("aiExportScene"));
            public nint AiExportSceneEx => _aiExportSceneEx != default(nint) ? _aiExportSceneEx : (_aiExportSceneEx = _ctx.GetProcAddress("aiExportSceneEx"));
            public nint AiExportSceneToBlob => _aiExportSceneToBlob != default(nint) ? _aiExportSceneToBlob : (_aiExportSceneToBlob = _ctx.GetProcAddress("aiExportSceneToBlob"));
            public nint AiReleaseExportBlob => _aiReleaseExportBlob != default(nint) ? _aiReleaseExportBlob : (_aiReleaseExportBlob = _ctx.GetProcAddress("aiReleaseExportBlob"));
            public nint AiGetImporterDesc => _aiGetImporterDesc != default(nint) ? _aiGetImporterDesc : (_aiGetImporterDesc = _ctx.GetProcAddress("aiGetImporterDesc"));
            public nint AiImportFile => _aiImportFile != default(nint) ? _aiImportFile : (_aiImportFile = _ctx.GetProcAddress("aiImportFile"));
            public nint AiImportFileEx => _aiImportFileEx != default(nint) ? _aiImportFileEx : (_aiImportFileEx = _ctx.GetProcAddress("aiImportFileEx"));
            public nint AiImportFileExWithProperties => _aiImportFileExWithProperties != default(nint) ? _aiImportFileExWithProperties : (_aiImportFileExWithProperties = _ctx.GetProcAddress("aiImportFileExWithProperties"));
            public nint AiImportFileFromMemory => _aiImportFileFromMemory != default(nint) ? _aiImportFileFromMemory : (_aiImportFileFromMemory = _ctx.GetProcAddress("aiImportFileFromMemory"));
            public nint AiImportFileFromMemoryWithProperties => _aiImportFileFromMemoryWithProperties != default(nint) ? _aiImportFileFromMemoryWithProperties : (_aiImportFileFromMemoryWithProperties = _ctx.GetProcAddress("aiImportFileFromMemoryWithProperties"));
            public nint AiApplyPostProcessing => _aiApplyPostProcessing != default(nint) ? _aiApplyPostProcessing : (_aiApplyPostProcessing = _ctx.GetProcAddress("aiApplyPostProcessing"));
            public nint AiGetPredefinedLogStream => _aiGetPredefinedLogStream != default(nint) ? _aiGetPredefinedLogStream : (_aiGetPredefinedLogStream = _ctx.GetProcAddress("aiGetPredefinedLogStream"));
            public nint AiAttachLogStream => _aiAttachLogStream != default(nint) ? _aiAttachLogStream : (_aiAttachLogStream = _ctx.GetProcAddress("aiAttachLogStream"));
            public nint AiEnableVerboseLogging => _aiEnableVerboseLogging != default(nint) ? _aiEnableVerboseLogging : (_aiEnableVerboseLogging = _ctx.GetProcAddress("aiEnableVerboseLogging"));
            public nint AiDetachLogStream => _aiDetachLogStream != default(nint) ? _aiDetachLogStream : (_aiDetachLogStream = _ctx.GetProcAddress("aiDetachLogStream"));
            public nint AiDetachAllLogStreams => _aiDetachAllLogStreams != default(nint) ? _aiDetachAllLogStreams : (_aiDetachAllLogStreams = _ctx.GetProcAddress("aiDetachAllLogStreams"));
            public nint AiReleaseImport => _aiReleaseImport != default(nint) ? _aiReleaseImport : (_aiReleaseImport = _ctx.GetProcAddress("aiReleaseImport"));
            public nint AiGetErrorString => _aiGetErrorString != default(nint) ? _aiGetErrorString : (_aiGetErrorString = _ctx.GetProcAddress("aiGetErrorString"));
            public nint AiIsExtensionSupported => _aiIsExtensionSupported != default(nint) ? _aiIsExtensionSupported : (_aiIsExtensionSupported = _ctx.GetProcAddress("aiIsExtensionSupported"));
            public nint AiGetExtensionList => _aiGetExtensionList != default(nint) ? _aiGetExtensionList : (_aiGetExtensionList = _ctx.GetProcAddress("aiGetExtensionList"));
            public nint AiGetMemoryRequirements => _aiGetMemoryRequirements != default(nint) ? _aiGetMemoryRequirements : (_aiGetMemoryRequirements = _ctx.GetProcAddress("aiGetMemoryRequirements"));
            public nint AiCreatePropertyStore => _aiCreatePropertyStore != default(nint) ? _aiCreatePropertyStore : (_aiCreatePropertyStore = _ctx.GetProcAddress("aiCreatePropertyStore"));
            public nint AiReleasePropertyStore => _aiReleasePropertyStore != default(nint) ? _aiReleasePropertyStore : (_aiReleasePropertyStore = _ctx.GetProcAddress("aiReleasePropertyStore"));
            public nint AiSetImportPropertyInteger => _aiSetImportPropertyInteger != default(nint) ? _aiSetImportPropertyInteger : (_aiSetImportPropertyInteger = _ctx.GetProcAddress("aiSetImportPropertyInteger"));
            public nint AiSetImportPropertyFloat => _aiSetImportPropertyFloat != default(nint) ? _aiSetImportPropertyFloat : (_aiSetImportPropertyFloat = _ctx.GetProcAddress("aiSetImportPropertyFloat"));
            public nint AiSetImportPropertyString => _aiSetImportPropertyString != default(nint) ? _aiSetImportPropertyString : (_aiSetImportPropertyString = _ctx.GetProcAddress("aiSetImportPropertyString"));
            public nint AiSetImportPropertyMatrix => _aiSetImportPropertyMatrix != default(nint) ? _aiSetImportPropertyMatrix : (_aiSetImportPropertyMatrix = _ctx.GetProcAddress("aiSetImportPropertyMatrix"));
            public nint AiCreateQuaternionFromMatrix => _aiCreateQuaternionFromMatrix != default(nint) ? _aiCreateQuaternionFromMatrix : (_aiCreateQuaternionFromMatrix = _ctx.GetProcAddress("aiCreateQuaternionFromMatrix"));
            public nint AiDecomposeMatrix => _aiDecomposeMatrix != default(nint) ? _aiDecomposeMatrix : (_aiDecomposeMatrix = _ctx.GetProcAddress("aiDecomposeMatrix"));
            public nint AiTransposeMatrix4 => _aiTransposeMatrix4 != default(nint) ? _aiTransposeMatrix4 : (_aiTransposeMatrix4 = _ctx.GetProcAddress("aiTransposeMatrix4"));
            public nint AiTransposeMatrix3 => _aiTransposeMatrix3 != default(nint) ? _aiTransposeMatrix3 : (_aiTransposeMatrix3 = _ctx.GetProcAddress("aiTransposeMatrix3"));
            public nint AiTransformVecByMatrix3 => _aiTransformVecByMatrix3 != default(nint) ? _aiTransformVecByMatrix3 : (_aiTransformVecByMatrix3 = _ctx.GetProcAddress("aiTransformVecByMatrix3"));
            public nint AiTransformVecByMatrix4 => _aiTransformVecByMatrix4 != default(nint) ? _aiTransformVecByMatrix4 : (_aiTransformVecByMatrix4 = _ctx.GetProcAddress("aiTransformVecByMatrix4"));
            public nint AiMultiplyMatrix4 => _aiMultiplyMatrix4 != default(nint) ? _aiMultiplyMatrix4 : (_aiMultiplyMatrix4 = _ctx.GetProcAddress("aiMultiplyMatrix4"));
            public nint AiMultiplyMatrix3 => _aiMultiplyMatrix3 != default(nint) ? _aiMultiplyMatrix3 : (_aiMultiplyMatrix3 = _ctx.GetProcAddress("aiMultiplyMatrix3"));
            public nint AiIdentityMatrix3 => _aiIdentityMatrix3 != default(nint) ? _aiIdentityMatrix3 : (_aiIdentityMatrix3 = _ctx.GetProcAddress("aiIdentityMatrix3"));
            public nint AiIdentityMatrix4 => _aiIdentityMatrix4 != default(nint) ? _aiIdentityMatrix4 : (_aiIdentityMatrix4 = _ctx.GetProcAddress("aiIdentityMatrix4"));
            public nint AiGetImportFormatCount => _aiGetImportFormatCount != default(nint) ? _aiGetImportFormatCount : (_aiGetImportFormatCount = _ctx.GetProcAddress("aiGetImportFormatCount"));
            public nint AiGetImportFormatDescription => _aiGetImportFormatDescription != default(nint) ? _aiGetImportFormatDescription : (_aiGetImportFormatDescription = _ctx.GetProcAddress("aiGetImportFormatDescription"));
            public nint AiGetMaterialProperty => _aiGetMaterialProperty != default(nint) ? _aiGetMaterialProperty : (_aiGetMaterialProperty = _ctx.GetProcAddress("aiGetMaterialProperty"));
            public nint AiGetMaterialFloatArray => _aiGetMaterialFloatArray != default(nint) ? _aiGetMaterialFloatArray : (_aiGetMaterialFloatArray = _ctx.GetProcAddress("aiGetMaterialFloatArray"));
            public nint AiGetMaterialIntegerArray => _aiGetMaterialIntegerArray != default(nint) ? _aiGetMaterialIntegerArray : (_aiGetMaterialIntegerArray = _ctx.GetProcAddress("aiGetMaterialIntegerArray"));
            public nint AiGetMaterialColor => _aiGetMaterialColor != default(nint) ? _aiGetMaterialColor : (_aiGetMaterialColor = _ctx.GetProcAddress("aiGetMaterialColor"));
            public nint AiGetMaterialUVTransform => _aiGetMaterialUVTransform != default(nint) ? _aiGetMaterialUVTransform : (_aiGetMaterialUVTransform = _ctx.GetProcAddress("aiGetMaterialUVTransform"));
            public nint AiGetMaterialString => _aiGetMaterialString != default(nint) ? _aiGetMaterialString : (_aiGetMaterialString = _ctx.GetProcAddress("aiGetMaterialString"));
            public nint AiGetMaterialTextureCount => _aiGetMaterialTextureCount != default(nint) ? _aiGetMaterialTextureCount : (_aiGetMaterialTextureCount = _ctx.GetProcAddress("aiGetMaterialTextureCount"));
            public nint AiGetMaterialTexture => _aiGetMaterialTexture != default(nint) ? _aiGetMaterialTexture : (_aiGetMaterialTexture = _ctx.GetProcAddress("aiGetMaterialTexture"));
            public nint AiGetLegalString => _aiGetLegalString != default(nint) ? _aiGetLegalString : (_aiGetLegalString = _ctx.GetProcAddress("aiGetLegalString"));
            public nint AiGetVersionMinor => _aiGetVersionMinor != default(nint) ? _aiGetVersionMinor : (_aiGetVersionMinor = _ctx.GetProcAddress("aiGetVersionMinor"));
            public nint AiGetVersionMajor => _aiGetVersionMajor != default(nint) ? _aiGetVersionMajor : (_aiGetVersionMajor = _ctx.GetProcAddress("aiGetVersionMajor"));
            public nint AiGetVersionRevision => _aiGetVersionRevision != default(nint) ? _aiGetVersionRevision : (_aiGetVersionRevision = _ctx.GetProcAddress("aiGetVersionRevision"));
            public nint AiGetBranchName => _aiGetBranchName != default(nint) ? _aiGetBranchName : (_aiGetBranchName = _ctx.GetProcAddress("aiGetBranchName"));
            public nint AiGetCompileFlags => _aiGetCompileFlags != default(nint) ? _aiGetCompileFlags : (_aiGetCompileFlags = _ctx.GetProcAddress("aiGetCompileFlags"));
            public void Purge()
            {
                _aiGetExportFormatCount = default(nint);
                _aiGetExportFormatDescription = default(nint);
                _aiReleaseExportFormatDescription = default(nint);
                _aiCopyScene = default(nint);
                _aiFreeScene = default(nint);
                _aiExportScene = default(nint);
                _aiExportSceneEx = default(nint);
                _aiExportSceneToBlob = default(nint);
                _aiReleaseExportBlob = default(nint);
                _aiGetImporterDesc = default(nint);
                _aiImportFile = default(nint);
                _aiImportFileEx = default(nint);
                _aiImportFileExWithProperties = default(nint);
                _aiImportFileFromMemory = default(nint);
                _aiImportFileFromMemoryWithProperties = default(nint);
                _aiApplyPostProcessing = default(nint);
                _aiGetPredefinedLogStream = default(nint);
                _aiAttachLogStream = default(nint);
                _aiEnableVerboseLogging = default(nint);
                _aiDetachLogStream = default(nint);
                _aiDetachAllLogStreams = default(nint);
                _aiReleaseImport = default(nint);
                _aiGetErrorString = default(nint);
                _aiIsExtensionSupported = default(nint);
                _aiGetExtensionList = default(nint);
                _aiGetMemoryRequirements = default(nint);
                _aiCreatePropertyStore = default(nint);
                _aiReleasePropertyStore = default(nint);
                _aiSetImportPropertyInteger = default(nint);
                _aiSetImportPropertyFloat = default(nint);
                _aiSetImportPropertyString = default(nint);
                _aiSetImportPropertyMatrix = default(nint);
                _aiCreateQuaternionFromMatrix = default(nint);
                _aiDecomposeMatrix = default(nint);
                _aiTransposeMatrix4 = default(nint);
                _aiTransposeMatrix3 = default(nint);
                _aiTransformVecByMatrix3 = default(nint);
                _aiTransformVecByMatrix4 = default(nint);
                _aiMultiplyMatrix4 = default(nint);
                _aiMultiplyMatrix3 = default(nint);
                _aiIdentityMatrix3 = default(nint);
                _aiIdentityMatrix4 = default(nint);
                _aiGetImportFormatCount = default(nint);
                _aiGetImportFormatDescription = default(nint);
                _aiGetMaterialProperty = default(nint);
                _aiGetMaterialFloatArray = default(nint);
                _aiGetMaterialIntegerArray = default(nint);
                _aiGetMaterialColor = default(nint);
                _aiGetMaterialUVTransform = default(nint);
                _aiGetMaterialString = default(nint);
                _aiGetMaterialTextureCount = default(nint);
                _aiGetMaterialTexture = default(nint);
                _aiGetLegalString = default(nint);
                _aiGetVersionMinor = default(nint);
                _aiGetVersionMajor = default(nint);
                _aiGetVersionRevision = default(nint);
                _aiGetBranchName = default(nint);
                _aiGetCompileFlags = default(nint);
            }

            public void Dispose()
            {
            }
        }

        protected sealed override IVTable CreateVTable() => new GeneratedVTable(_ctx);
        public static INativeContext CreateDefaultContext(string n)
        {
            return new Silk.NET.Core.Contexts.DefaultNativeContext(n);
        }
    }
}