Public Class HighQualityRotateCommand 
   Inherits Leadtools.ImageProcessing.RasterCommand
   Implements IRasterCommand 

Dim instance As HighQualityRotateCommand

public class HighQualityRotateCommand : Leadtools.ImageProcessing.RasterCommand, IRasterCommand  

public ref class HighQualityRotateCommand : public Leadtools.ImageProcessing.RasterCommand, IRasterCommand  

Public Sub HighQualityRotateCommandExample()
   Dim codecs As New RasterCodecs()

   ' Get an image
   Dim tifFileName As String = Path.Combine(LEAD_VARS.ImagesDir, "ocr1.tif")
   Dim normalRotateFileName As String = Path.Combine(LEAD_VARS.ImagesDir, "ocr1_NormalRotated.tif")
   Dim highQualityRotateFileName As String = Path.Combine(LEAD_VARS.ImagesDir, "ocr1_HighQualityRotated.tif")

   Dim angle As Integer = 30 * 100
   Dim fillColor As RasterColor = RasterColor.FromKnownColor(RasterKnownColor.White)

   ' Load the image, rotate normally by 30 degrees and save
   Using image As RasterImage = codecs.Load(tifFileName)
      Dim cmd As New RotateCommand()
      cmd.Angle = angle
      cmd.Flags = RotateCommandFlags.Resize Or RotateCommandFlags.Bicubic
      cmd.FillColor = fillColor
      cmd.Run(image)
      codecs.Save(image, normalRotateFileName, image.OriginalFormat, image.BitsPerPixel)
   End Using

   ' Load the image, rotate with high quality by 30 degrees and save
   Using image As RasterImage = codecs.Load(tifFileName)
      Dim cmd As New HighQualityRotateCommand()
      cmd.Angle = angle
      cmd.Flags = HighQualityRotateCommandFlags.Resize Or HighQualityRotateCommandFlags.BestQuality
      cmd.FillColor = fillColor
      cmd.Run(image)
      codecs.Save(image, highQualityRotateFileName, image.OriginalFormat, image.BitsPerPixel)
   End Using

   ' Now compare the saved TIF files and notice the difference in quality between
   ' the normal rotate and high quality

   codecs.Dispose()
End Sub

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

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

      // Get an image
      string tifFileName = Path.Combine(LEAD_VARS.ImagesDir, "ocr1.tif");
      string normalRotateFileName = Path.Combine(LEAD_VARS.ImagesDir, "ocr1_NormalRotated.tif");
      string highQualityRotateFileName = Path.Combine(LEAD_VARS.ImagesDir, "ocr1_HighQualityRotated.tif");

      int angle = 30 * 100;
      RasterColor fillColor = RasterColor.FromKnownColor(RasterKnownColor.White);

      // Load the image, rotate normally by 30 degrees and save
      using(RasterImage image = codecs.Load(tifFileName))
      {
         RotateCommand cmd = new RotateCommand();
         cmd.Angle = angle;
         cmd.Flags = RotateCommandFlags.Resize | RotateCommandFlags.Bicubic;
         cmd.FillColor = fillColor;
         cmd.Run(image);
         codecs.Save(image, normalRotateFileName, image.OriginalFormat, image.BitsPerPixel);
      }


      // Load the image, rotate with high quality by 30 degrees and save
      using(RasterImage image = codecs.Load(tifFileName))
      {
         HighQualityRotateCommand cmd = new HighQualityRotateCommand();
         cmd.Angle = angle;
         cmd.Flags = HighQualityRotateCommandFlags.Resize | HighQualityRotateCommandFlags.BestQuality;
         cmd.FillColor = fillColor;
         cmd.Run(image);
         codecs.Save(image, highQualityRotateFileName, image.OriginalFormat, image.BitsPerPixel);
      }

      // Now compare the saved TIF files and notice the difference in quality between
      // the normal rotate and high quality

      codecs.Dispose();
   }

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

public void HighQualityRotateCommandExample(RasterImage image1, Stream outStream1, Stream outStream2)
{
   RasterImage image2 = image1.Clone();
   RasterCodecs codecs = new RasterCodecs();
   int angle = 30 * 100;
   RasterColor fillColor = new RasterColor(255, 255, 255);

   // rotate normally by 30 degrees and save
   RotateCommand cmd1 = new RotateCommand();
   cmd1.Angle = angle;
   cmd1.Flags = RotateCommandFlags.Resize | RotateCommandFlags.Bicubic;
   cmd1.FillColor = fillColor;
   cmd1.Run(image1);
   // save result image to "ocr1_NormalRotated.tif"
   codecs.Save(image1, outStream1, image1.OriginalFormat, image1.BitsPerPixel);

   // rotate with high quality by 30 degrees and save
   HighQualityRotateCommand cmd2 = new HighQualityRotateCommand();
   cmd2.Angle = angle;
   cmd2.Flags = HighQualityRotateCommandFlags.Resize | HighQualityRotateCommandFlags.BestQuality;
   cmd2.FillColor = fillColor;
   cmd2.Run(image2);

   // save result image to "ocr1_HighQualityRotated.tif"
   codecs.Save(image2, outStream2, image2.OriginalFormat, image2.BitsPerPixel);

   // Now compare the saved TIF files and notice the difference in quality between
   // the normal rotate and high quality
   image1.Dispose();
   image2.Dispose();
}

Public Sub HighQualityRotateCommandExample(ByVal image1 As RasterImage, ByVal outStream1 As Stream, ByVal outStream2 As Stream)
   Dim image2 As RasterImage = image1.Clone()
   Dim codecs As RasterCodecs = New RasterCodecs()
   Dim angle As Integer = 30 * 100
   Dim fillColor As RasterColor = New RasterColor(255, 255, 255)

   ' rotate normally by 30 degrees and save
   Dim cmd1 As RotateCommand = New RotateCommand()
   cmd1.Angle = angle
   cmd1.Flags = RotateCommandFlags.Resize Or RotateCommandFlags.Bicubic
   cmd1.FillColor = fillColor
   cmd1.Run(image1)
   ' save result image to "ocr1_NormalRotated.tif"
   codecs.Save(image1, outStream1, image1.OriginalFormat, image1.BitsPerPixel)

   ' rotate with high quality by 30 degrees and save
   Dim cmd2 As HighQualityRotateCommand = New HighQualityRotateCommand()
   cmd2.Angle = angle
   cmd2.Flags = HighQualityRotateCommandFlags.Resize Or HighQualityRotateCommandFlags.BestQuality
   cmd2.FillColor = fillColor
   cmd2.Run(image2)

   ' save result image to "ocr1_HighQualityRotated.tif"
   codecs.Save(image2, outStream2, image2.OriginalFormat, image2.BitsPerPixel)

   ' Now compare the saved TIF files and notice the difference in quality between
   ' the normal rotate and high quality
   image1.Dispose()
   image2.Dispose()
End Sub