private void UpdateDisplayImage() { RBSK rbsk = MouseService.GetStandardMouseRules(); rbsk.Settings.GapDistance = GapDistance; rbsk.Settings.BinaryThreshold = BinaryThreshold; PointF[] result = RBSKService.RBSK(CurrentImage, rbsk); using (Image <Bgr, Byte> img = CurrentImage.Clone()) { //if (!ROI.IsEmpty) //{ // img.ROI = ROI; //} if (result != null) { foreach (PointF point in result) { img.Draw(new CircleF(point, 2), new Bgr(Color.Yellow), 2); } } DisplayImage = ImageService.ToBitmapSource(img); } }
private void UpdateGapDistance() { if (CurrentResult != null) { CurrentResult.GapDistance = GapDistance; } RBSK rbsk = MouseService.GetStandardMouseRules(); rbsk.Settings.GapDistance = GapDistance; rbsk.Settings.BinaryThreshold = BinaryThreshold; PointF[] result = RBSKService.RBSK(CurrentImage, rbsk); using (Image <Bgr, Byte> img = CurrentImage.Clone()) { img.DrawPolyline(MotionTrack.Select(x => x.ToPoint()).ToArray(), false, new Bgr(Color.Blue), 2); if (result != null) { foreach (PointF point in result) { img.Draw(new CircleF(point, 2), new Bgr(Color.Yellow), 2); } } DisplayImage = ImageService.ToBitmapSource(img); } }
public EditPicture(ShapeImage shapeImage)//Image shape,string imageUrl) { InitializeComponent(); CurrentShapeImage = shapeImage; CurrentImage = shapeImage.Image; CurrentImageOld = (Image)CurrentImage.Clone(); ImageUrl = shapeImage.ImageUrl; InitImage(); }
private void TryPerformInference(bool reloadImages = true) { if (CurrentImage != null) { // Classify var angle = (float)RotationSlider.Value; var(labels, probabilities) = Classify(CurrentImage.Clone(), angle); // Render the classification and probabilities RenderInferenceResults(labels, probabilities); } }
// Get an exact same object as this one. public override Component Clone() { BoxDescription boxDescription = BoxFactory.GetBoxDescription(Description.BackImage, Description.Size); HiddenObject hiddenObject = new HiddenObject { Image = HiddenObject.Image }; BoxState boxState = new BoxState { State = State.State }; ImageBinder imageBinder = new ImageBinder(); BoxFactory boxFactory = BoxFactory.GetInstance(); string image = (string)CurrentImage.Clone(); return(new Box { Description = boxDescription, HiddenObject = hiddenObject, State = boxState, ImageBinder = imageBinder, BoxFactory = boxFactory, CurrentImage = image, Position = this.Position, IsEnabled = this.IsEnabled }); }
private void UpdateDisplayImage() { using (Image <Bgr, Byte> img = CurrentImage.Clone()) { img.DrawPolyline(MotionTrack.Select(x => x.ToPoint()).ToArray(), false, new Bgr(Color.Blue), 2); img.DrawPolyline(CentroidMotionTrack.Select(x => x.ToPoint()).ToArray(), false, new Bgr(Color.Yellow), 2); if (SliderValue >= AnalyseStart && SliderValue <= AnalyseEnd) { ISingleFrameResult frame = CurrentResult.Results[SliderValue]; if (!frame.HeadPoint.IsEmpty) { img.Draw(new CircleF(frame.HeadPoint, 2), new Bgr(Color.Red), 2); img.Draw(new CircleF(frame.Centroid, 2), new Bgr(Color.Red), 2); } } DisplayImage = ImageService.ToBitmapSource(img); } }
protected override void DoProcess() { mUpdatePending = false; if (SourceImage != null) { try { SetUIState(UIState.Processing); CancelProcessingPending = false; if (mProcessImageDuringUpdate) { // Checking if the stage is frozen or not and is there a frozen image. if (FrozenAt == null || mFrozenImage == null) { CurrentImage = (IBitmapCore)SourceImage.Clone(); if (mZoomAfterPrescaleValue < 0.999 || mZoomAfterPrescaleValue > 1.001) { CurrentImage.ScaleFast(mZoomAfterPrescaleValue, delegate(double progress) { OnProgressMessageReport(true, progress, "Applying zoom (downscaling)...", false); return(!CancelProcessingPending); }); } if (ImageChanged != null) { ImageChanged(this, EventArgs.Empty); } } else { CurrentImage = (IBitmapCore)mFrozenImage.Clone(); if (ImageChanged != null) { ImageChanged(this, EventArgs.Empty); } } // Making the list of stage operations to apply List <StageOperation> operationsToApply = new List <StageOperation>(); List <double> efforts = new List <double>(); double full_efforts = 0; int start_index = 0; if (FrozenAt != null && mFrozenImage != null) { start_index = StageQueue.IndexOf(FrozenAt) + 1; } for (int i = start_index; i < StageQueue.Count; i++) { if (StageQueue[i] != _EditingOperation) { // Don't add inactives if (StageQueue[i].Active == false) { continue; } StageOperation newOperation = CallStageOperationFactory(StageQueue[i]); operationsToApply.Add(newOperation); efforts.Add(newOperation.CalculateEfforts(CurrentImage)); full_efforts += efforts[efforts.Count - 1]; newOperation.ReportProgress += delegate(object sender, ReportStageOperationProgressEventArgs e) { double cur_eff = 0; int j = 0; while (operationsToApply[j] != (StageOperation)sender) { cur_eff += efforts[j]; j++; } cur_eff += e.Progress * efforts[j]; string desc = StageOperationDescriptionAttribute.GetName(sender.GetType()); OnProgressMessageReport(true, cur_eff / full_efforts, "" + (j + 1) + " of " + efforts.Count + ": " + desc + "...", true); if (CancelProcessingPending) { e.Cancel = true; } }; } else { break; } } // Executing for (int k = 0; k < operationsToApply.Count; k++) { Console.WriteLine("AnalyzeImage Calling for " + operationsToApply[k].GetType().Name); _Holders[operationsToApply[k].Parameters].StageOperationParametersEditor.AnalyzeImage(CurrentImage); operationsToApply[k].OnDo(CurrentImage); if (operationsToApply[k].Parameters == FrozenAt) { // After the frozen line is reached, // setting the current frozen image mFrozenImage = (IBitmapCore)CurrentImage.Clone(); } } } if (_EditingOperation != null) { Console.WriteLine("AnalyzeImage Calling for " + _EditingOperation.GetType().Name); _Holders[_EditingOperation].StageOperationParametersEditor.AnalyzeImage(CurrentImage); } OnImageUpdatingCompleted(); SetUIState(UIState.Idle); } catch (UserCancelException) { // The user cancelled processing. // Setting to idle state SetUIState(UIState.Idle); // Unset cancelling flag. AskUpdate(); } } }