Public Class CodecsRawOptions 

Dim instance As CodecsRawOptions

public class CodecsRawOptions 

public ref class CodecsRawOptions 

Private Structure RawData
      Public Width As Integer ' Width of image
      Public Height As Integer ' Height of image
      Public BitsPerPixel As Integer ' Bits per pixel of image--if palettized, a gray palette is generated
      Public ViewPerspective As RasterViewPerspective ' View perspective of raw data (TopLeft, BottomLeft, etc)
      Public Order As RasterByteOrder ' Rgb or Bgr
      Public XResolution As Integer ' Horizontal resolution in DPI
      Public YResolution As Integer ' Vertical resolution in DPI
      Public Offset As Integer ' Offset into file where raw data begins
      Public Padding As Boolean ' true if each line of data is padded to four bytes
      Public ReverseBits As Boolean ' true if the bits of each byte are reversed
   End Structure
   Private myRawData As RawData

   Private Sub codecs_LoadInformation(ByVal sender As Object, ByVal e As CodecsLoadInformationEventArgs)
      ' Set the information
      e.Format = RasterImageFormat.Raw
      e.Width = myRawData.Width
      e.Height = myRawData.Height
      e.BitsPerPixel = myRawData.BitsPerPixel
      e.XResolution = myRawData.XResolution
      e.YResolution = myRawData.YResolution
      e.Offset = myRawData.Offset

      If myRawData.Padding Then
         e.Pad4 = True
      End If

      e.Order = myRawData.Order

      If myRawData.ReverseBits Then
         e.LeastSignificantBitFirst = True
      End If

      e.ViewPerspective = myRawData.ViewPerspective

      ' If image is palettized create a grayscale palette
      If e.BitsPerPixel <= 8 Then
         Dim colors As Integer = 1 << e.BitsPerPixel
         Dim palette As RasterColor() = New RasterColor(colors - 1) {}
         Dim i As Integer = 0
         Do While i < palette.Length
            Dim val As Byte = CByte((i * 255) / (colors - 1))
            palette(i) = New RasterColor(val, val, val)
            i += 1
         Loop

         e.SetPalette(palette)
      End If
   End Sub


   Public Sub CodecsRawOptionsExample()
      Dim codecs As RasterCodecs = New RasterCodecs()

      ' First, load a JPEG or CMP file
      Dim image As RasterImage = codecs.Load(Path.Combine(LEAD_VARS.ImagesDir, "Image1.cmp"))

      ' Save this image as RAW data

      ' Set RAW options
      codecs.Options.Raw.Save.Pad4 = True
      codecs.Options.Raw.Save.ReverseBits = True
      codecs.Options.Save.OptimizedPalette = True

      Dim rawFileName As String = Path.Combine(LEAD_VARS.ImagesDir, "Test.raw")
      codecs.Save(image, rawFileName, RasterImageFormat.Raw, 0)

      ' Save information about this image so we can use it to load the RAW file
      myRawData = New RawData()
      myRawData.Width = image.Width
      myRawData.Height = image.Height
      myRawData.BitsPerPixel = image.BitsPerPixel
      myRawData.ViewPerspective = image.ViewPerspective
      myRawData.Order = image.Order
      myRawData.XResolution = image.XResolution
      myRawData.YResolution = image.YResolution
      myRawData.Offset = 0
      myRawData.Padding = True
      myRawData.ReverseBits = True

      ' We dont need the image anymore
      image.Dispose()

      ' Now load this RAW image back

      ' First subscribe to the LoadInformation event so we can set the image information
      AddHandler codecs.LoadInformation, AddressOf codecs_LoadInformation

      ' Load the image
      image = codecs.Load(rawFileName)
      codecs.Save(image, Path.Combine(LEAD_VARS.ImagesDir, "raw.bmp"), RasterImageFormat.Bmp, image.BitsPerPixel)
      ' Unsubscribe from the event
      RemoveHandler codecs.LoadInformation, AddressOf codecs_LoadInformation

      ' Clean up
      image.Dispose()
      codecs.Dispose()
   End Sub

Public NotInheritable Class LEAD_VARS
   Public Const ImagesDir As String = "C:\Users\Public\Documents\LEADTOOLS Images"
End Class

private struct RawData
   {
      public int Width;                               // Width of image
      public int Height;                              // Height of image
      public int BitsPerPixel;                        // Bits per pixel of image--if palettized, a gray palette is generated
      public RasterViewPerspective ViewPerspective;   // View perspective of raw data (TopLeft, BottomLeft, etc)
      public RasterByteOrder Order;                   // Rgb or Bgr
      public int XResolution;                         // Horizontal resolution in DPI
      public int YResolution;                         // Vertical resolution in DPI
      public int Offset;                              // Offset into file where raw data begins
      public bool Padding;                            // true if each line of data is padded to four bytes
      public bool ReverseBits;                        // true if the bits of each byte are reversed 
   }
   private RawData myRawData;

   private void codecs_LoadInformation(object sender, CodecsLoadInformationEventArgs e)
   {
      // Set the information
      e.Format = RasterImageFormat.Raw;
      e.Width = myRawData.Width;
      e.Height = myRawData.Height;
      e.BitsPerPixel = myRawData.BitsPerPixel;
      e.XResolution = myRawData.XResolution;
      e.YResolution = myRawData.YResolution;
      e.Offset = myRawData.Offset;

      if (myRawData.Padding)
         e.Pad4 = true;

      e.Order = myRawData.Order;

      if (myRawData.ReverseBits)
         e.LeastSignificantBitFirst = true;

      e.ViewPerspective = myRawData.ViewPerspective;

      // If image is palettized create a grayscale palette
      if (e.BitsPerPixel <= 8)
      {
         int colors = 1 << e.BitsPerPixel;
         RasterColor[] palette = new RasterColor[colors];
         for (int i = 0; i < palette.Length; i++)
         {
            byte val = (byte)((i * 255) / (colors - 1));
            palette[i] = new RasterColor(val, val, val);
         }

         e.SetPalette(palette);
      }
   }


   public void CodecsRawOptionsExample()
   {
      RasterCodecs codecs = new RasterCodecs();

      // First, load a JPEG or CMP file
      RasterImage image = codecs.Load( Path.Combine(LEAD_VARS.ImagesDir, "Image1.cmp"));

      // Save this image as RAW data

      // Set RAW options
      codecs.Options.Raw.Save.Pad4 = true;
      codecs.Options.Raw.Save.ReverseBits = true;
      codecs.Options.Save.OptimizedPalette = true;

      string rawFileName = Path.Combine(LEAD_VARS.ImagesDir, "Test.raw");
      codecs.Save(image, rawFileName, RasterImageFormat.Raw, 0);

      // Save information about this image so we can use it to load the RAW file
      myRawData = new RawData();
      myRawData.Width = image.Width;
      myRawData.Height = image.Height;
      myRawData.BitsPerPixel = image.BitsPerPixel;
      myRawData.ViewPerspective = image.ViewPerspective;
      myRawData.Order = image.Order;
      myRawData.XResolution = image.XResolution;
      myRawData.YResolution = image.YResolution;
      myRawData.Offset = 0;
      myRawData.Padding = true;
      myRawData.ReverseBits = true;

      // We dont need the image anymore
      image.Dispose();

      // Now load this RAW image back

      // First subscribe to the LoadInformation event so we can set the image information
      codecs.LoadInformation += new EventHandler<CodecsLoadInformationEventArgs>(codecs_LoadInformation);

      // Load the image
      image = codecs.Load(rawFileName);
      codecs.Save(image,  Path.Combine(LEAD_VARS.ImagesDir, "raw.bmp"), RasterImageFormat.Bmp, image.BitsPerPixel);
      // Unsubscribe from the event
      codecs.LoadInformation -= new EventHandler<CodecsLoadInformationEventArgs>(codecs_LoadInformation);

      // Clean up
      image.Dispose();
      codecs.Dispose();
   }

static class LEAD_VARS
{
   public const string ImagesDir = @"C:\Users\Public\Documents\LEADTOOLS Images";
}

private struct RawData
{
   public int Width;                               // Width of image
   public int Height;                              // Height of image
   public int BitsPerPixel;                        // Bits per pixel of image--if palettized, a gray palette is generated
   public RasterViewPerspective ViewPerspective;   // View perspective of raw data (TopLeft, BottomLeft, etc)
   public RasterByteOrder Order;                   // Rgb or Bgr
   public int XResolution;                         // Horizontal resolution in DPI
   public int YResolution;                         // Vertical resolution in DPI
   public int Offset;                              // Offset into file where raw data begins
   public bool Padding;                            // true if each line of data is padded to four bytes
   public bool ReverseBits;                        // true if the bits of each byte are reversed 
}
private RawData myRawData;

private void codecs_LoadInformation(object sender, CodecsLoadInformationEventArgs e)
{
   // Set the information
   e.Format = RasterImageFormat.Raw;
   e.Width = myRawData.Width;
   e.Height = myRawData.Height;
   e.BitsPerPixel = myRawData.BitsPerPixel;
   e.XResolution = myRawData.XResolution;
   e.YResolution = myRawData.YResolution;
   e.Offset = myRawData.Offset;

   if (myRawData.Padding)
      e.Pad4 = true;

   e.Order = myRawData.Order;

   if (myRawData.ReverseBits)
      e.LeastSignificantBitFirst = true;

   e.ViewPerspective = myRawData.ViewPerspective;

   // If image is palettized create a grayscale palette
   if (e.BitsPerPixel <= 8)
   {
      int colors = 1 << e.BitsPerPixel;
      RasterColor[] palette = new RasterColor[colors];
      for (int i = 0; i < palette.Length; i++)
      {
         byte val = (byte)((i * 255) / (colors - 1));
         palette[i] = new RasterColor(val, val, val);
      }

      e.SetPalette(palette);
   }
}

public void CodecsRawOptionsExample(Stream inStreamCmp, Stream outStreamRaw, Stream outStreamBmp)
{
   RasterCodecs codecs = new RasterCodecs();

   // First, load a JPEG or CMP file
   RasterImage image = codecs.Load(inStreamCmp);

   // Save this image as RAW data

   // Set RAW options
   codecs.Options.Raw.Save.Pad4 = true;
   codecs.Options.Raw.Save.ReverseBits = true;
   codecs.Options.Save.OptimizedPalette = true;

   codecs.Save(image, outStreamRaw, RasterImageFormat.Raw, 0);

   // Save information about this image so we can use it to load the RAW file
   myRawData = new RawData();
   myRawData.Width = image.Width;
   myRawData.Height = image.Height;
   myRawData.BitsPerPixel = image.BitsPerPixel;
   myRawData.ViewPerspective = image.ViewPerspective;
   myRawData.Order = image.Order;
   myRawData.XResolution = image.XResolution;
   myRawData.YResolution = image.YResolution;
   myRawData.Offset = 0;
   myRawData.Padding = true;
   myRawData.ReverseBits = true;

   // We dont need the image anymore
   image.Dispose();

   // Now load this RAW image back

   // First subscribe to the LoadInformation event so we can set the image information
   codecs.LoadInformation += new EventHandler<CodecsLoadInformationEventArgs>(codecs_LoadInformation);

   // Load the image
   image = codecs.Load(outStreamRaw);

   // Save the image
   codecs.Save(image, outStreamBmp, RasterImageFormat.Bmp, image.BitsPerPixel);
   // Unsubscribe from the event
   codecs.LoadInformation -= new EventHandler<CodecsLoadInformationEventArgs>(codecs_LoadInformation);

   // Clean up
   image.Dispose();
}

Private Structure RawData
   Public Width As Integer ' Width of image
   Public Height As Integer ' Height of image
   Public BitsPerPixel As Integer ' Bits per pixel of image--if palettized, a gray palette is generated
   Public ViewPerspective As RasterViewPerspective ' View perspective of raw data (TopLeft, BottomLeft, etc)
   Public Order As RasterByteOrder ' Rgb or Bgr
   Public XResolution As Integer ' Horizontal resolution in DPI
   Public YResolution As Integer ' Vertical resolution in DPI
   Public Offset As Integer ' Offset into file where raw data begins
   Public Padding As Boolean ' true if each line of data is padded to four bytes
   Public ReverseBits As Boolean ' true if the bits of each byte are reversed
End Structure
Private myRawData As RawData

Private Sub codecs_LoadInformation(ByVal sender As Object, ByVal e As CodecsLoadInformationEventArgs)
   ' Set the information
   e.Format = RasterImageFormat.Raw
   e.Width = myRawData.Width
   e.Height = myRawData.Height
   e.BitsPerPixel = myRawData.BitsPerPixel
   e.XResolution = myRawData.XResolution
   e.YResolution = myRawData.YResolution
   e.Offset = myRawData.Offset

   If myRawData.Padding Then
      e.Pad4 = True
   End If

   e.Order = myRawData.Order

   If myRawData.ReverseBits Then
      e.LeastSignificantBitFirst = True
   End If

   e.ViewPerspective = myRawData.ViewPerspective

   ' If image is palettized create a grayscale palette
   If e.BitsPerPixel <= 8 Then
      Dim colors As Integer = 1 << e.BitsPerPixel
      Dim palette As RasterColor() = New RasterColor(colors - 1){}
      Dim i As Integer = 0
      Do While i < palette.Length
         Dim val As Byte = CByte((i * 255) / (colors - 1))
         palette(i) = New RasterColor(val, val, val)
         i += 1
      Loop

      e.SetPalette(palette)
   End If
End Sub

Public Sub CodecsRawOptionsExample(ByVal inStreamCmp As Stream, ByVal outStreamRaw As Stream, ByVal outStreamBmp As Stream)
   Dim codecs As RasterCodecs = New RasterCodecs()

   ' First, load a JPEG or CMP file
   Dim image As RasterImage = codecs.Load(inStreamCmp)

   ' Save this image as RAW data

   ' Set RAW options
   codecs.Options.Raw.Save.Pad4 = True
   codecs.Options.Raw.Save.ReverseBits = True
   codecs.Options.Save.OptimizedPalette = True

   codecs.Save(image, outStreamRaw, RasterImageFormat.Raw, 0)

   ' Save information about this image so we can use it to load the RAW file
   myRawData = New RawData()
   myRawData.Width = image.Width
   myRawData.Height = image.Height
   myRawData.BitsPerPixel = image.BitsPerPixel
   myRawData.ViewPerspective = image.ViewPerspective
   myRawData.Order = image.Order
   myRawData.XResolution = image.XResolution
   myRawData.YResolution = image.YResolution
   myRawData.Offset = 0
   myRawData.Padding = True
   myRawData.ReverseBits = True

   ' We dont need the image anymore
   image.Dispose()

   ' Now load this RAW image back

   ' First subscribe to the LoadInformation event so we can set the image information
   AddHandler codecs.LoadInformation, AddressOf codecs_LoadInformation

   ' Load the image
   image = codecs.Load(outStreamRaw)

   ' Save the image
   codecs.Save(image, outStreamBmp, RasterImageFormat.Bmp, image.BitsPerPixel)
   ' Unsubscribe from the event
   RemoveHandler codecs.LoadInformation, AddressOf codecs_LoadInformation

   ' Clean up
   image.Dispose()
End Sub