private extern static uint dxtGenerateMipMaps3DArray(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_FILTER_FLAGS filter, int levels, IntPtr mipChain );
private extern static uint dxtConvertArray(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_FILTER_FLAGS filter, float threshold, IntPtr cImages);
private extern static uint dxtDecompressArray(DxtImage[] cImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, IntPtr images);
public HRESULT Initialize(out TexMetadata mdata)
{
return Utilities.HandleHRESULT(dxtInitialize(ptr, out mdata));
}
public static HRESULT LoadTGAFile(String filePath, out TexMetadata metadata, ScratchImage image)
{
return HandleHRESULT(dxtLoadTGAFile(filePath, out metadata, image.ptr));
}
public static HRESULT Convert(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_FILTER_FLAGS filter, float threshold, ScratchImage cImages)
{
return HandleHRESULT(dxtConvertArray(srcImages, nimages, ref metadata, format, filter, threshold, cImages.ptr));
}
public static HRESULT Resize(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, int width, int height, TEX_FILTER_FLAGS filter, ScratchImage result)
{
return HandleHRESULT(dxtResize(srcImages, nimages, ref metadata, width, height, filter, result.ptr));
}
private extern static uint dxtResize(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, int width, int height, TEX_FILTER_FLAGS filter, IntPtr result);
private extern static uint dxtComputeNormalMap(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, CNMAP_FLAGS flags, float amplitude, DXGI_FORMAT format, IntPtr normalMaps);
private extern static uint dxtSaveToDDSFileArray(DxtImage[] dxtImages, int nimages, ref TexMetadata metadata, DDS_FLAGS flags, string szFile);
private extern static uint dxtGenerateMipMaps3DArray(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_FILTER_FLAGS filter, int levels, IntPtr mipChain);
private extern static uint dxtDecompressArray(DxtImage[] cImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, IntPtr images);
private extern static uint dxtCompressArray(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_COMPRESS_FLAGS compress, float alphaRef, IntPtr cImages);
private extern static uint dxtConvertArray(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_FILTER_FLAGS filter, float threshold, IntPtr cImages);
private extern static uint dxtComputeNormalMap(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, CNMAP_FLAGS flags, float amplitude, DXGI_FORMAT format, IntPtr normalMaps );
private extern static uint dxtPremultiplyAlpha(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_PREMULTIPLY_ALPHA_FLAGS flags, IntPtr result);
public static HRESULT LoadDDSFile(String filePath, DDS_FLAGS flags, out TexMetadata metadata, ScratchImage image)
{
return HandleHRESULT(dxtLoadDDSFile(filePath, flags, out metadata, image.ptr));
}
public static HRESULT LoadTGAFile(String filePath, out TexMetadata metadata, ScratchImage image)
{
return(HandleHRESULT(dxtLoadTGAFile(filePath, out metadata, image.ptr)));
}
public static HRESULT Decompress(DxtImage[] cImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, ScratchImage images)
{
return HandleHRESULT(dxtDecompressArray(cImages, nimages, ref metadata, format, images.ptr));
}
public static HRESULT LoadWICFile(String filePath, WIC_FLAGS flags, out TexMetadata metadata, ScratchImage image)
{
return(HandleHRESULT(dxtLoadWICFile(filePath, flags, out metadata, image.ptr)));
}
public static HRESULT PremultiplyAlpha(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_PREMULTIPLY_ALPHA_FLAGS flags, ScratchImage result)
{
return HandleHRESULT(dxtPremultiplyAlpha(srcImages, nimages, ref metadata, flags, result.ptr));
}
public static HRESULT SaveToDDSFile(DxtImage[] dxtImages, int nimages, ref TexMetadata metadata, DDS_FLAGS flags, string szFile)
{
return(HandleHRESULT(dxtSaveToDDSFileArray(dxtImages, nimages, ref metadata, flags, szFile)));
}
private extern static uint dxtLoadWICFile(String filePath, WIC_FLAGS flags, out TexMetadata metadata, IntPtr image);
public static HRESULT Convert(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_FILTER_FLAGS filter, float threshold, ScratchImage cImages)
{
return(HandleHRESULT(dxtConvertArray(srcImages, nimages, ref metadata, format, filter, threshold, cImages.ptr)));
}
private extern static uint dxtLoadDDSFile(String filePath, DDS_FLAGS flags, out TexMetadata metadata, IntPtr image);
public static HRESULT Compress(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_COMPRESS_FLAGS compress, float alphaRef, ScratchImage cImages)
{
return(HandleHRESULT(dxtCompressArray(srcImages, nimages, ref metadata, format, compress, alphaRef, cImages.ptr)));
}
private extern static uint dxtCompressArray(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_COMPRESS_FLAGS compress, float alphaRef, IntPtr cImages);
public static HRESULT Decompress(DxtImage[] cImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, ScratchImage images)
{
return(HandleHRESULT(dxtDecompressArray(cImages, nimages, ref metadata, format, images.ptr)));
}
private extern static uint dxtSaveToDDSFileArray(DxtImage[] dxtImages, int nimages, ref TexMetadata metadata, DDS_FLAGS flags, string szFile);
public static HRESULT GenerateMipMaps3D(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_FILTER_FLAGS filter, int levels, ScratchImage mipChain)
{
return(HandleHRESULT(dxtGenerateMipMaps3DArray(srcImages, nimages, ref metadata, filter, levels, mipChain.ptr)));
}
private extern static uint dxtResize(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, int width, int height, TEX_FILTER_FLAGS filter, IntPtr result);
public static HRESULT Resize(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, int width, int height, TEX_FILTER_FLAGS filter, ScratchImage result)
{
return(HandleHRESULT(dxtResize(srcImages, nimages, ref metadata, width, height, filter, result.ptr)));
}
private extern static uint dxtPremultiplyAlpha(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_PREMULTIPLY_ALPHA_FLAGS flags, IntPtr result);
public static HRESULT ComputeNormalMap(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, CNMAP_FLAGS flags, float amplitude, DXGI_FORMAT format, ScratchImage normalMaps)
{
return(HandleHRESULT(dxtComputeNormalMap(srcImages, nimages, ref metadata, flags, amplitude, format, normalMaps.ptr)));
}
public static HRESULT SaveToDDSFile(DxtImage[] dxtImages, int nimages, ref TexMetadata metadata, DDS_FLAGS flags, string szFile)
{
return HandleHRESULT(dxtSaveToDDSFileArray(dxtImages, nimages, ref metadata, flags, szFile));
}
public static HRESULT PremultiplyAlpha(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_PREMULTIPLY_ALPHA_FLAGS flags, ScratchImage result)
{
return(HandleHRESULT(dxtPremultiplyAlpha(srcImages, nimages, ref metadata, flags, result.ptr)));
}
public static HRESULT Compress(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, DXGI_FORMAT format, TEX_COMPRESS_FLAGS compress, float alphaRef, ScratchImage cImages)
{
return HandleHRESULT(dxtCompressArray(srcImages, nimages, ref metadata, format, compress, alphaRef, cImages.ptr));
}
private extern static uint dxtInitialize(IntPtr img, out TexMetadata mdata);
public static HRESULT GenerateMipMaps3D(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, TEX_FILTER_FLAGS filter, int levels, ScratchImage mipChain)
{
return HandleHRESULT(dxtGenerateMipMaps3DArray(srcImages, nimages, ref metadata, filter, levels, mipChain.ptr));
}
public HRESULT Initialize(out TexMetadata mdata)
{
return(Utilities.HandleHRESULT(dxtInitialize(ptr, out mdata)));
}
public static HRESULT ComputeNormalMap(DxtImage[] srcImages, int nimages, ref TexMetadata metadata, CNMAP_FLAGS flags, float amplitude, DXGI_FORMAT format, ScratchImage normalMaps)
{
return HandleHRESULT(dxtComputeNormalMap(srcImages, nimages, ref metadata, flags, amplitude, format, normalMaps.ptr));
}
public bool OverrideFormat(TexMetadata mdata, DXGI_FORMAT f)
{
return(dxtOverrideFormat(ptr, f));
}
private extern static uint dxtInitialize(IntPtr img, out TexMetadata mdata);
private extern static uint dxtLoadTGAFile(String filePath, out TexMetadata metadata, IntPtr image);
public bool OverrideFormat(TexMetadata mdata, DXGI_FORMAT f)
{
return dxtOverrideFormat(ptr, f);
}
private extern static uint dxtLoadTGAFile(String filePath, out TexMetadata metadata, IntPtr image);
