private void BlendButton_Click(object sender, System.EventArgs e)
{
try
{
ResetStatus();
Accusoft.ImagXpressSdk.ImageX alphaImage = imageXView2.Image.Copy();
// Set an arbitrary location to merge the image into
PointF pt = GetAlphaImageLocation( );
SizeF size = new SizeF(alphaImage.ImageXData.Width, alphaImage.ImageXData.Height);
ixproc1.SetArea(new RectangleF(pt, size));
ixproc1.EnableArea = true;
ixproc1.Merge(ref alphaImage, Accusoft.ImagXpressSdk.MergeSize.Crop, Accusoft.ImagXpressSdk.MergeStyle.AlphaForeGroundOverBackGround, false, System.Drawing.Color.Blue, 90, 90);
if (alphaImage != null)
{
alphaImage.Dispose();
alphaImage = null;
}
ixproc1.EnableArea = false;
SetStatus("Image successfully blended!");
}
catch (Accusoft.ImagXpressSdk.ImagXpressException ex)
{
SetStatus(ex);
}
}
private void RealImageChangerInTheSafeContext(Accusoft.ImagXpressSdk.ImageX newImage)
{
Accusoft.ImagXpressSdk.ImageX oldImage = myReferenceToMyViewer.Image;
myReferenceToMyViewer.Image = newImage;
if (oldImage != null)
{
oldImage.Dispose();
oldImage = null;
}
GC.Collect();
System.Threading.Thread.Sleep(25);
}
// Don't forget to Dispose ImagXpress
void Dispose()
{
if (!(imagXpress1 == null))
{
imagXpress1.Dispose();
imagXpress1 = null;
}
if (!(imagProcessor == null))
{
imagProcessor.Dispose();
imagProcessor = null;
}
if (!(imagX1 == null))
{
imagX1.Dispose();
imagX1 = null;
}
}
public void Process()
{
bool imageOpened = false;
int TryCount = 0;
while ((!imageOpened) && (TryCount < 25))
{
try
{
//Create the image object and open the image
myImage = Accusoft.ImagXpressSdk.ImageX.FromFile(daImagXpress, myImageFileName);
imageOpened = true;
}
catch (ImagXpressException ex)
{
ChangeLabelText("Error opening image - " + ex.Number.ToString() + ". Retrying...");
}
TryCount++;
}
if (TryCount >= 25)
{
throw new Exception("Unable to open the image for processing.");
}
//Rest
System.Threading.Thread.Sleep(10);
try
{
//Create the processor object and tie it to the image we just opened
myProcessor = new Accusoft.ImagXpressSdk.Processor(daImagXpress, myImage);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
try
{
//Set the viewer's image object equal to the one we are operating on...
//we have to do this each time the image changes because we are making
//copies of the image each time
ChangeImage(myImage);
//Set the viewing zoom type
ChangeZoomToFitType(Accusoft.ImagXpressSdk.ZoomToFitType.FitBest);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
//Change the viewer's label.
ChangeLabelText("Processing...");
//Rest
System.Threading.Thread.Sleep(10);
//Change the viewer's label.
ChangeLabelText("Resizing...");
try
{
//Resize the image
myProcessor.Resize(new System.Drawing.Size(myImage.ImageXData.Width * (myResize), myImage.ImageXData.Height * myResize), Accusoft.ImagXpressSdk.ResizeType.Quality);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
try
{
//Set the viewer's image object equal to the one we are operating on...
//we have to do this each time the image changes because we are making
//copies of the image each time
ChangeImage(myImage);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
//Change the viewer's label.
ChangeLabelText("Blurring...");
try
{
//Resize the image
myProcessor.Blur();
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
try
{
//Set the viewer's image object equal to the one we are operating on...
//we have to do this each time the image changes because we are making
//copies of the image each time
ChangeImage(myImage);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
//Change the viewer's label.
ChangeLabelText("Negating...");
try
{
//Resize the image
myProcessor.Negate();
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
try
{
//Set the viewer's image object equal to the one we are operating on...
//we have to do this each time the image changes because we are making
//copies of the image each time
ChangeImage(myImage);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
//Change the viewer's label.
ChangeLabelText("Zooming...");
try
{
//Set the viewing zoom type
ChangeZoomToFitType(Accusoft.ImagXpressSdk.ZoomToFitType.FitWidth);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
try
{
//Set the viewer's image object equal to the one we are operating on...
//we have to do this each time the image changes because we are making
//copies of the image each time
ChangeImage(myImage);
//Set the viewing zoom type
ChangeZoomToFitType(Accusoft.ImagXpressSdk.ZoomToFitType.FitBest);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
//Change the viewer's label.
ChangeLabelText("(Un)Negating...");
try
{
//Resize the image
myProcessor.Negate();
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
try
{
//Set the viewer's image object equal to the one we are operating on...
//we have to do this each time the image changes because we are making
//copies of the image each time
ChangeImage(myImage);
}
catch (ImagXpressException ex)
{
AccusoftError(ex);
}
//Rest
System.Threading.Thread.Sleep(10);
//Change the viewer's label.
ChangeLabelText("Processed.");
//Rest
System.Threading.Thread.Sleep(10);
//kill the processor
myProcessor.Dispose();
myProcessor = null;
//kill the local copy of the image
myImage.Dispose();
myImage = null;
GC.Collect();
System.Threading.Thread.Sleep(100);
}
