EncodeAbic(byte[],int,int,int,bool) Method

using Leadtools; 
using Leadtools.Codecs; 
using Leadtools.ImageProcessing; 
using Leadtools.ImageProcessing.Color; 
using Leadtools.Svg; 
 
 
 
public void EncodeDecodeAbic4BitExample() 
{ 
   RasterCodecs codecs = new RasterCodecs(); 
 
   string srcFileName = Path.Combine(LEAD_VARS.ImagesDir, "image1.cmp"); 
   string destDataFile = Path.Combine(LEAD_VARS.ImagesDir, "Image1_Abic_4Bit.bmp"); 
 
   // Load the file save it to a memory stream as RAW 
   Debug.WriteLine("Loading the source image as 1 bits/pixel"); 
   RasterImage srcImage = codecs.Load(srcFileName, 0, CodecsLoadByteOrder.Rgb, 1, 1); 
 
   // Convert it to 4-bit image with optimized palette using Floyd Steinberg dithering for best quality. 
   // 
   // We could also load the source image straight to 4-bits per pixel, 
   // but that operation creates a 4-bit bitmap with fixed palette and the output does not look as good. 
   ColorResolutionCommand cmdColorRes = new ColorResolutionCommand( 
      ColorResolutionCommandMode.InPlace, 
      4, 
      RasterByteOrder.Rgb, 
      RasterDitheringMethod.FloydStein, 
      ColorResolutionCommandPaletteFlags.Optimized, 
      null); 
   cmdColorRes.Run(srcImage); 
 
   Debug.WriteLine("Saving the image to memory as RAW format"); 
   MemoryStream ms = new MemoryStream(); 
   codecs.Save(srcImage, ms, RasterImageFormat.Raw, srcImage.BitsPerPixel); 
 
   Debug.WriteLine("Encoding the data as ABIC"); 
   byte[] rawData = ms.GetBuffer(); 
   ms.Close(); 
 
   // Encode this data as ABIC 
   Debug.WriteLine("Encode this data as ABIC"); 
   byte[] abicData = codecs.EncodeAbic(rawData, 1, srcImage.Width, srcImage.Height, false); 
 
   // Decode the data back to RAW 
   Debug.WriteLine("Decoding the data back as RAW"); 
   rawData = codecs.DecodeAbic(abicData, 4, srcImage.Width, srcImage.Height, false); 
 
   // Create a new image from this data 
   RasterImage destImage = new RasterImage( 
      RasterMemoryFlags.Conventional, 
      srcImage.Width, 
      srcImage.Height, 
      srcImage.BitsPerPixel, 
      srcImage.Order, 
      srcImage.ViewPerspective, 
      srcImage.GetPalette(), 
      IntPtr.Zero, 
      0); 
 
   destImage.Access(); 
 
   // Add the scan lines 
   for (int y = 0; y < destImage.Height; y++) 
   { 
      int bufferIndex = y * destImage.BytesPerLine; 
      destImage.SetRow(y, rawData, bufferIndex, destImage.BytesPerLine); 
   } 
 
   destImage.Release(); 
 
   // Save this image to disk 
   codecs.Save(destImage, destDataFile, RasterImageFormat.Bmp, destImage.BitsPerPixel); 
 
   srcImage.Dispose(); 
   destImage.Dispose(); 
 
   // Clean up 
   codecs.Dispose(); 
} 
 
public void EncodeDecodeAbic1BitExample() 
{ 
   RasterCodecs codecs = new RasterCodecs(); 
 
   string srcFileName = Path.Combine(LEAD_VARS.ImagesDir, "image1.cmp"); 
   string destDataFile = Path.Combine(LEAD_VARS.ImagesDir, "Image1_Abic_1Bit.bmp"); 
 
   // Load the file save it to a memory stream as RAW  
   Console.WriteLine("Loading the source image at 1 bit/pixel"); 
   RasterImage srcImage = codecs.Load(srcFileName, 1, CodecsLoadByteOrder.Rgb, 1, 1); 
 
   Console.WriteLine("Saving the image to memory as RAW format"); 
   MemoryStream ms = new MemoryStream(); 
   codecs.Save(srcImage, ms, RasterImageFormat.Raw, srcImage.BitsPerPixel); 
 
   Console.WriteLine("Encoding the data as ABIC"); 
   byte[] rawData = ms.GetBuffer(); 
   ms.Close(); 
 
   // Encode this data as ABIC  
   byte[] abicData = codecs.EncodeAbic(rawData, 1, srcImage.Width, srcImage.Height, true); 
 
   // Decode the data back to RAW           
   Console.WriteLine("Decoding the data back as RAW"); 
   rawData = codecs.DecodeAbic(abicData, 4, srcImage.Width, srcImage.Height, true); 
 
   // Create a new image from this data  
   RasterImage destImage = new RasterImage( 
      RasterMemoryFlags.Conventional, 
      srcImage.Width, 
      srcImage.Height, 
      srcImage.BitsPerPixel, 
      srcImage.Order, 
      srcImage.ViewPerspective, 
      srcImage.GetPalette(), 
      IntPtr.Zero, 
      0); 
 
   destImage.Access(); 
 
   // Add the scan lines  
   for (int y = 0; y < destImage.Height; y++) 
   { 
      int bufferIndex = y * destImage.BytesPerLine; 
      destImage.SetRow(y, rawData, bufferIndex, destImage.BytesPerLine); 
   } 
 
   destImage.Release(); 
 
   // Save this image to disk  
   codecs.Save(destImage, destDataFile, RasterImageFormat.Bmp, destImage.BitsPerPixel); 
 
   srcImage.Dispose(); 
   destImage.Dispose(); 
 
   // Clean up  
   codecs.Dispose(); 
} 
 
 
 
static class LEAD_VARS 
{ 
   public const string ImagesDir = @"C:\LEADTOOLS22\Resources\Images"; 
}