public void TestFilter() { SmoothingFilter filter = new SmoothingFilter(FilterConfig.Config1); Bitmap bmp = CreateScene1().Draw(renderer, resolution); bmp = filter.Filter(bmp); Save(bmp); }
public override void Compute() { TermDocumentMatrix sourceArtifacts = SmoothingFilter.Compute(new TermDocumentMatrix((TLArtifactsCollection)Workspace.Load("SourceArtifacts"))); TermDocumentMatrix targetArtifacts = SmoothingFilter.Compute(new TermDocumentMatrix((TLArtifactsCollection)Workspace.Load("TargetArtifacts"))); TLSimilarityMatrix sims = VSM.Compute(sourceArtifacts, targetArtifacts); Workspace.Store("Similarities", sims); }
public override void Compute() { TLArtifactsCollection sourceArtifacts = (TLArtifactsCollection)Workspace.Load("SourceArtifacts"); TLArtifactsCollection targetArtifacts = (TLArtifactsCollection)Workspace.Load("TargetArtifacts"); TermDocumentMatrix matrix = new TermDocumentMatrix(sourceArtifacts, targetArtifacts); matrix = SmoothingFilter.Compute(matrix, sourceArtifacts.Keys); matrix = SmoothingFilter.Compute(matrix, targetArtifacts.Keys); TLSimilarityMatrix sims = SimilarityUtil.ComputeCosine(matrix, sourceArtifacts.Keys, targetArtifacts.Keys); Workspace.Store("Similarities", sims); }
public async void SmoothingFilterButton() { var metroWindow = Application.Current.MainWindow as MetroWindow; var controller = await metroWindow.ShowProgressAsync("Proszę czekać...", "Trwa przetwarzanie obrazu"); controller.SetCancelable(false); controller.SetIndeterminate(); var smoothingFilter = new SmoothingFilter(); var newBitmap = smoothingFilter.ExecuteFilter(this.ConvertFromBitmapImageToBitmap(this.DisplayedImage)); this.DisplayedImage = this.ConvertFromBitmapToBitmapImage(newBitmap); await controller.CloseAsync(); }
public void UpdatePipeline(PathPointLayout layout, Calculator calculator, float spacing) { bool layoutChanged = false; bool otherChange = false; if ((Layout == null) || (layout.ChannelMask != Layout.ChannelMask)) { Layout = layout; layoutChanged = true; } if (mPathProducer == null || calculator != mPathProducer.PathPointCalculator || layoutChanged) { mPathProducer = new PathProducer(Layout, calculator, true); otherChange = true; } if (mSmoothingFilter == null || layoutChanged) { mSmoothingFilter = new SmoothingFilter(Layout.Count) { KeepAllData = true }; otherChange = true; } if (SplineProducer == null || layoutChanged) { SplineProducer = new SplineProducer(Layout, true); otherChange = true; } if (SplineInterpolator == null || layoutChanged) { SplineInterpolator = new DistanceBasedInterpolator(Layout, spacing, splitCount, true, true, true); otherChange = true; } ((DistanceBasedInterpolator)SplineInterpolator).Spacing = spacing; if (layoutChanged || otherChange) { LayoutUpdated?.Invoke(this, EventArgs.Empty); } }
public void UpdatePipeline(PathPointLayout layout, Calculator calculator, VectorBrush brush) { bool layoutChanged = false; if ((Layout == null) || (layout.ChannelMask != Layout.ChannelMask)) { Layout = layout; layoutChanged = true; } if (mPathProducer == null || calculator != mPathProducer.PathPointCalculator || layoutChanged) { mPathProducer = new PathProducer(Layout, calculator) { KeepAllData = true }; } if (mSmoothingFilter == null || layoutChanged) { mSmoothingFilter = new SmoothingFilter(Layout.Count) { KeepAllData = true }; } if (SplineProducer == null || layoutChanged) { SplineProducer = new SplineProducer(Layout) { KeepAllData = true }; } if (SplineInterpolator == null || layoutChanged) { SplineInterpolator = new CurvatureBasedInterpolator(Layout) { KeepAllData = true }; } if (BrushApplier == null || (brush != BrushApplier.Prototype) || layoutChanged) { BrushApplier = new BrushApplier(Layout, brush) { KeepAllData = true }; } if (ConvexHullChainProducer == null) { ConvexHullChainProducer = new ConvexHullChainProducer() { KeepAllData = true }; } if (mPolygonMerger == null) { mPolygonMerger = new PolygonMerger() { KeepAllData = true }; } if (PolygonSimplifier == null) { PolygonSimplifier = new PolygonSimplifier(0.1f) { KeepAllData = true }; } }