private void Awake()
{
synchronizationContext = SynchronizationContext.Current;
resultsDockingManager.SetEnableDocking(resultImageBoxPanel, true);
resultsDockingManager.DockControl(resultImageBoxPanel, this, DockingStyle.Right, 400);
resultsDockingManager.SetMenuButtonVisibility(resultImageBoxPanel, false);
resultsDockingManager.SetDockLabel(resultImageBoxPanel, "Result Image");
resultsDockingManager.SetDockVisibility(resultImageBoxPanel, true);
resultsDockingManager.SetEnableDocking(originalImageBoxPanel, true);
resultsDockingManager.DockControl(originalImageBoxPanel, this, DockingStyle.Left, 400);
resultsDockingManager.SetMenuButtonVisibility(originalImageBoxPanel, false);
resultsDockingManager.SetDockLabel(originalImageBoxPanel, "Original Image");
resultsDockingManager.SetDockVisibility(originalImageBoxPanel, true);
resultsDockingManager.SetEnableDocking(differenceImageBoxPanel, true);
resultsDockingManager.DockControlInAutoHideMode(differenceImageBoxPanel, DockingStyle.Left, 400);
resultsDockingManager.SetMenuButtonVisibility(differenceImageBoxPanel, false);
resultsDockingManager.SetDockLabel(differenceImageBoxPanel, "Difference Image");
resultsDockingManager.SetDockVisibility(differenceImageBoxPanel, true);
alignmentPipelineResultsControl.OnSelectedMethodResultChangedEvent += (AlignmentMethodResultControl alignmentMethodResultControl, Mat inputImg, Mat outputImg, Mat diffImg) =>
{
originalImageBox.Image = inputImg.Bitmap;
//originalImageBox.ZoomToFit();
resultImageBox.Image = outputImg.Bitmap;
//resultImageBox.ZoomToFit();
differenceImageBox.Image = diffImg.Bitmap;
//differenceImageBox.ZoomToFit();
SelectedAlignmentMethodResult = alignmentMethodResultControl.GetAlignmentMethodResult;
};
}
private void TestBtn_Click(object sender, EventArgs e)
{
if (testAlignmentPipeline.Count <= 0)
{
return;
}
List <AlignmentPipelineResults.AlignmentMethodResult> alignmentMethodResults = new List <AlignmentPipelineResults.AlignmentMethodResult>();
IOutputArray outputImageArr;
outputImage = testImage;
CvInvoke.Resize(testImage, outputImage, templateImage.Size);
//outputImage = testImage.Resize(templateImage.Width, templateImage.Height, Emgu.CV.CvEnum.Inter.Cubic);
for (int i = 0; i < testAlignmentPipeline.Count; i++)
{
Exception exception = null;
AlignmentPipelineResults.AlignmentMethodResult alignmentMethodResult = null;
AlignmentMethod alignmentMethod = testAlignmentPipeline[i];
if (alignmentMethod.PipelineIndex == -1 || ommittedAlignmetMethodIndeces.Contains(alignmentMethod.PipelineIndex))
{
continue;
}
if (alignmentMethod.GetAlignmentMethodType == AlignmentMethodType.Anchors)
{
var aIM = (AnchorAlignmentMethod)alignmentMethod;
bool isSuccess = aIM.ApplyMethod(outputImage, out outputImageArr, out RectangleF[] detectedAnchors, out RectangleF[] warpedAnchors, out RectangleF[] scaledMainAnchorRegions, out RectangleF scaledMainTestRegion, out Mat homography, out long alignmentTime, out exception);
