Table 1 lists the Standard canonical encoder options that all WIC-enabled encoders support if applicable.
Table 2 lists the Microsoft canonical encoder options.
Table 3 lists the LEAD-specific encoder options.
For LEAD Jpeg2000 encoder options, refer to LEAD Bitmap Encoder Property Bag: Jpeg2000 Specific Options.
For LEAD Jbig2 encoder options, refer to LEAD Bitmap Encoder Property Bag: Jbig2 Specific Options.
For LEAD XPS (XML Paper Specification) encoder options, refer to LEAD Bitmap Encoder Property Bag: XPS Specific Options.

Table 1: Standard Canonical Encoder Options

Property Name	VARTYPE	Value	Applicable Codecs
ImageQuality	VT_R4	0-1.0	Jpeg
CompressionQuality	VT_R4	0-1.0	Tiff
Lossless	VT_BOOL	TRUE, FALSE	WMPhoto
BitmapTransform	VT_UI1	WICBitmapTransformOptions	Jpeg

Table 2: Microsoft Canonical Encoder Options

Property Name	VARTYPE	Value	Applicable Codecs
InterlaceOption	VT_BOOL	On/Off	Png
TIFFCompressionMethod	VT_UI1	WICTiffCompressionOption	Tiff
Luminance	VT_UI4/VT_ARRAY	64 Entries (DCT)	Jpeg
Chrominance	VT_UI4/VT_ARRAY	64 Entries (DCT)	Jpeg
SuppressApp0	VT_BOOL		Jpeg

 

Table 3: LEAD Encoder Options

Property Name	VARTYPE	Default Value	Applicable LEAD Encoders	Description
SubFormat	VT_I4	WICLeadSubFormat	All Encoders	For more information, refer to the IWICLeadBitmapEncoder::GetSubFormats method.
QualityFactor	VT_I4	2	Cmp, Tiff, Jpeg, Abc, Ecw, Fpx	For more information, refer to QualityFactor.
FixedPalette	VT_BOOL	VARIANT_FALSE	All Encoders	If VARIANT_TRUE, the function uses the fixed palette for images that are saved as 8 bits per pixel or less.
OptimizedPalette	VT_BOOL	VARIANT_TRUE	All Encoders	If VARIANT_TRUE, the function uses the individual image's optimized palette for images that are saved as 8 bits per pixel or less.
NoPalette	VT_BOOL	VARIANT_FALSE	Tiff Png	If VARIANT_TRUE, a TIFF or PNG file will be saved as grayscale, without a palette.
PreservePalette	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE, the palette will be preserved when saving TIFF CCITT files (might decrease the compression ratio)
DitherType	VT_UI4	CRF_NODITHERING	All Encoders	One of the WICLeadDitherType constants.
UseImageFileDirectoryOffset	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE,  the ImagefileDirectoryOffset property is valid.
ImageFileDirectoryOffset	VT_I4	0	Tiff	Offset within a TIFF file where a page starts. This serves as a reference page for saving pages to a large TIFF file.  According to TIFF specifications, the minimum value for the first Image File Directory (IFD) offset is 8.
NoLzwAutoClear	VT_BOOL	VARIANT_FALSE	Gif, Tiff	If VARIANT_TRUE, CLEAR codes will not be automatically inserted during LZW compression.
NoPageNumber	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE, do not update and save the PageNumber tag associated with the pages of a multi-page TIFF file.
NoSubFileType	VT_BOOL	VARIANT_FALSE	Tiff Tifx	If VARIANT_TRUE, a subfile type TIFF tag will not be written when writing any TIFF file.
UsePhotometricInterpretation	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE, PhotometricInterpretation will be used when saving TIFF files.
PhotometricInterpretation	VT_I4	0	Tiff	Photometric interpretation that should be saved in the file instead of the regular value.
SavePlanar	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE, TIF CMYK images will be saved as planar (instead of chunky) images.
UseTileSize	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE, TileWidth and TileHeight property bag values will be used when saving TIFF files.
TileWidth	VT_UI4	0	Tiff	Width of the tile to use when saving TIFF files. This value is in pixels.
TileHeight	VT_UI4	0	Tiff	Height of the tile to use when saving TIFF files. This value is in pixels.
UsePredictor	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE, a predictor will be used when saving LZW data. This is for TIF LZW or Raw LZW data that is 8 bpp or more. This flag is ignored if the LZW data is less than 8 bpp.
ReverseBits	VT_BOOL	VARIANT_FALSE	Tiff Fax Tifx	If VARIANT_TRUE, the bit order will be reversed when writing CCITT Group 3 and 4 files and RAW uncompressed data, so that the least significant bit (LSB) is first.
UseGlobalBackground	VT_BOOL	VARIANT_FALSE	Gif	If VARIANT_TRUE, causes a GIF file to be saved with the global background color specified by the GlobalBackground field.
GlobalBackground	VT_UI4	RGB(000)	Gif	Background color of images in a multi-page GIF file. This property is used only if UseGlobalBackground  is VARIANT_TRUE
UseGlobalPalette	VT_BOOL	VARIANT_FALSE	Gif	If VARIANT_TRUE, causes a GIF file to be saved with the global palette specified by the GlobalPalette field.
GlobalPalette	VT_ARRAY | VT_UI4	1	Gif	Palette for images in a multi-page GIF file. This property is used only if UseGlobalPalette is VARIANT_TRUE.
Interlaced	VT_BOOL	VARIANT_FALSE	Gif	If VARIANT_TRUE, causes a GIF file to be saved as an interlaced file.
FixedPaletteStamp	VT_BOOL	VARIANT_FALSE	Jpeg, Cmp	If VARIANT_TRUE, causes a Cmp or JPEG stamp image to be saved with a fixed palette.
YCCStamp	VT_BOOL	VARIANT_FALSE	Exif	If VARIANT_TRUE, causes an Exif stamp image to be saved with YCbCr color space.
JpegStamp	VT_BOOL	VARIANT_FALSE	Cmp Jpeg Exif	If VARIANT_TRUE, saves JPEG compressed stamps.
SaveOldJtif	VT_BOOL	VARIANT_FALSE	Jpeg	If VARIANT_TRUE, writes old style Jtif files.
NoPageNumber	VT_BOOL	VARIANT_FALSE	Tiff	If VARIANT_TRUE, does not update and save the PageNumber tag associated with the pages of a multi-page TIFF file.
MotorolaOrder	VT_BOOL	VARIANT_FALSE	Cmp Cmw Tifx Tiff	If VARIANT_TRUE, saves files in Motorola byte order when possible.
WithoutTimeStamp	VT_BOOL	VARIANT_FALSE	Png	If VARIANT_TRUE, saves the file without a time stamp.
PdfTextEncodingAsciiBase85	VT_BOOL	VARIANT_FALSE	Pdf	If VARIANT_TRUE, uses PDF, ASCII BASE 85 text encoding for image data.
PdfTextEncodingAsciiHex	VT_BOOL	VARIANT_FALSE	Pdf	If VARIANT_TRUE, uses PDF, ASCII HEX text encoding for image data.
PdfTextEncodingMask	VT_BOOL	VARIANT_FALSE	Pdf	If VARIANT_TRUE, use a Mask of the flags for PDF text encoding.
PdfSaveUseBitmapDpi	VT_BOOL	VARIANT_FALSE	Pdf	If VARIANT_TRUE, use the bitmap DPI in calculating page dimensions when saving a PDF file.
PdfSaveLowMemoryUsage	VT_BOOL	VARIANT_FALSE	Pdf	If VARIANT_TRUE, tries to use less memory when creating a PDF file with JPEG or Fax compression.
Passes	VT_I4	0	Jpeg Cmp	Possible values when saving: Value Meaning Any positive number Save the file as a progressive file with the specified number of passes. 0 Save the file as an ordinary JPEG or LEAD Cmp file (not a progressive file). Any negative number Save the file as a progressive file with the LEADTOOLS default number of passes. Possible values when saving non-progressive files: Value Meaning 0 Save the file with fixed Huffman tables (faster save, lower compression). <>0 Save the file with optimized Huffman tables (2-pass compression, lower speed, higher compression)
GlobalWidth	VT_I4	0	Gif	Width of images in a multi-page GIF file
GlobalHeight	VT_I4	0	Gif	Height of images in a multi-page GIFfile
SaveWithStamp	VT_BOOL	VARIANT_FALSE	Jpeg Exif Cmp	If VARIANT_TRUE, causes a Cmp, JPEG, or Exif file to be saved with a stamp (thumbnail image), in addition to the normal image.  If VARIANT_TRUE, use StampWidth, StampHeight, and StampBits property bag values.
StampWidth	VT_UI4	0	Jpeg Exif Cmp	Width, in pixels, of the stamp image being saved.
StampHeight	VT_UI4	0	Jpeg Exif Cmp	Height, in pixels, of the stamp image being saved.
StampBits	VT_UI4	0	Jpeg Exif Cmp	Bits per pixel of the stamp image being saved.
Password	VT_ARRAY | VT_UI2	255	Pdf	Password for saving encrypted files.
AlphaInit	VT_BOOL	VARIANT_FALSE	All Encoders	If VARIANT_TRUE, initializes the alpha channel for 32 or 64-bit color images) to all ones (0xFF for 8-bit alpha channels and 0xFFFF for 16-bit alpha channels).  Without this flag, a created alpha channel initializes to zeros.

Reference

LEAD WIC-Enabled Codecs Overview
Registering a LEAD WIC-Enabled Codec
LEAD Bitmap Encoder Property Bag: Jpeg2000 Specific Options
LEAD Bitmap Encoder Property Bag: Jbig2 Specific Options
LEAD Bitmap Encoder Property Bag: XPS Specific Options

// This example shows how to save a JPEG file with options using the property bag
// Then the file is saved with a quality factor of 100 (medium)
// * SubFormat YUV:4:1:1
// * QualityFactor 100
// Refer to the Example Requirements for help in running this sample
HRESULT IWICLeadBitmapEncoder_PropertyBag(HWND hWnd, WCHAR *pszOut)
{
   HRESULT hr = S_OK;
   IWICImagingFactory *piImagingFactory = NULL;
   IWICBitmapEncoder *piBitmapEncoder = NULL;
   IWICBitmapFrameEncode *piBitmapFrameEncode = NULL;
   IWICStream *piStream = NULL;
   IPropertyBag2 *piPropertyBag = NULL;
   CString csExampleName;
   GUID guidContainerFormat = GUID_ContainerFormatLeadJpeg;
   WICPixelFormatGUID guidPixelFormat = GUID_WICPixelFormat24bppBGR;

   csExampleName.Format(L"IWICLeadBitmapEncoder_PropertyBag\nThis example creates a Jpeg file (%s) with SubFormat WICLeadSubFormatJpeg411 and QFactor 100", pszOut);

   // Create a LEAD Jpeg Bitmap Encoder
   IFS(CoCreateInstance(CLSID_WICImagingFactory, NULL, CLSCTX_INPROC_SERVER, IID_IWICImagingFactory, (LPVOID*) &piImagingFactory));

   IFS(piImagingFactory->CreateStream(&piStream));
   IFS(piStream->InitializeFromFilename(pszOut, GENERIC_WRITE));
   IFS(piImagingFactory->CreateEncoder(guidContainerFormat, NULL, &piBitmapEncoder));
   IFS(piBitmapEncoder->Initialize(piStream, WICBitmapEncoderNoCache));
   IFS(piBitmapEncoder->CreateNewFrame(&piBitmapFrameEncode, &piPropertyBag));

   // This is how you customize the LEAD WIC Encoder property bag.
   if(SUCCEEDED(hr))
   {        
      ULONG uCount = 0;
      hr = piPropertyBag->CountProperties(&uCount);
      PROPBAG2 *pBag = new PROPBAG2[uCount];
      ZeroMemory(pBag, sizeof(*pBag));

      VARIANT *pValue = new VARIANT[uCount];
      ZeroMemory(pValue, sizeof(*pValue));

      HRESULT *pErrors = new HRESULT[uCount];
      ZeroMemory(pErrors, sizeof(*pErrors));

      IFS(piPropertyBag->GetPropertyInfo(0, uCount, pBag, &uCount));
      IFS(piPropertyBag->Read(uCount, pBag, NULL, pValue, pErrors));
      if (SUCCEEDED(hr))
      {
         for (ULONG u = 0; u < uCount; u++)
         {
            if (wcscmp(pBag[u].pstrName, L"JpegSubFormat")== 0)
            {
               pValue[u].intVal = WICLeadSubFormatJpeg411;
               piPropertyBag->Write(1, pBag+u, pValue+u);
            }
            else if (wcscmp(pBag[u].pstrName, L"QualityFactor")== 0)
            {
               pValue[u].intVal = 100;
               piPropertyBag->Write(1, pBag+u, pValue+u);
            }
         }
      }
      //Cleanup
      DELETE_POINTER(pBag);
      DELETE_POINTER(pValue);
      DELETE_POINTER(pErrors);

      IFS(piBitmapFrameEncode->Initialize(piPropertyBag));
   }

   // Now create the image data that we will write
   UINT uiWidth = 256;
   UINT uiHeight = 256;
   IFS(piBitmapFrameEncode->SetSize(uiWidth, uiHeight));
   WICPixelFormatGUID formatGUID = GUID_WICPixelFormat24bppBGR;
   IFS(piBitmapFrameEncode->SetPixelFormat(&formatGUID));

   if (SUCCEEDED(hr))
   {
      // We're expecting to write out 24bppRGB. Fail if the encoder cannot do it.
      hr = IsEqualGUID(formatGUID, GUID_WICPixelFormat24bppBGR) ? S_OK : E_FAIL;
   }

   if (SUCCEEDED(hr))
   {
      UINT cbStride = (uiWidth * 24 + 7)/8;
      UINT cbBufferSize = uiHeight * cbStride;
      BYTE *pbBuffer = new BYTE[cbBufferSize];

      if (pbBuffer != NULL)
      {
         for (UINT i = 0; i < cbBufferSize; i++)
         {
            pbBuffer[i] = static_cast<BYTE>(rand());
         }
         hr = piBitmapFrameEncode->WritePixels(uiHeight, cbStride, cbBufferSize, pbBuffer);
         delete[] pbBuffer;
      }
      else
      {
         hr = E_OUTOFMEMORY;
      }
   }

   // Commit the changes to the stream
   IFS(piBitmapFrameEncode->Commit());   
   IFS(piBitmapEncoder->Commit());

   RELEASE_INTERFACE(piBitmapFrameEncode);
   RELEASE_INTERFACE(piBitmapEncoder);
   RELEASE_INTERFACE(piImagingFactory);
   RELEASE_INTERFACE(piPropertyBag);
   RELEASE_INTERFACE(piStream);

   MessageBox(hWnd, csExampleName, csExampleName, MB_OK);
   return hr;
}