public void process(InkAnalyzer inkAnalyzer) { ContextNodeCollection contextNodeCollection = inkAnalyzer.FindLeafNodes(); List <Stroke> horizontalLines = InkUtils.findLines(contextNodeCollection); findAndDeleteStrikethrough(inkAnalyzer, canvas, horizontalLines, contextNodeCollection); }
public void process(InkAnalyzer inkAnalyzer) { ContextNodeCollection contextNodeCollection = inkAnalyzer.FindLeafNodes(); List<Stroke> horizontalLines = InkUtils.findLines(contextNodeCollection); findAndDeleteStrikethrough(inkAnalyzer, canvas, horizontalLines, contextNodeCollection); }
public void insertStrokes(InkAnalyzer analyzer, InkCanvas mainInkCanvas, InkCanvas insertionCanvas) { double bestY = -10000; ContextNode selectedNode = null; foreach (ContextNode node in analyzer.FindLeafNodes()) { double y1 = strokeToBeReplaced.GetBounds().Y; double y2 = node.Strokes.GetBounds().Y; if (y1 - y2 > 0 && y1 - y2 < y1 - bestY) { bestY = y2; selectedNode = node; } } if (bestY == -10000) { bestY = strokeToBeReplaced.GetBounds().Y; } StrokeCollection strokeCollection = insertionCanvas.Strokes.Clone(); insertionCanvas.Strokes.Clear(); double bestX = strokeToBeReplaced.GetBounds().X; double strokeX = strokeCollection.GetBounds().X; double strokeY = strokeCollection.GetBounds().Y; Matrix inkTransform = new Matrix(); inkTransform.Translate(bestX - strokeX + 20, bestY - strokeY); strokeCollection.Transform(inkTransform, false); double width = strokeCollection.GetBounds().Width + Constants.SPACING; double startX = strokeCollection.GetBounds().X; Matrix transform = new Matrix(); transform.Translate(width, 0); if (selectedNode != null) { for (int i = 0; i < selectedNode.ParentNode.SubNodes.Count; i++) { ContextNode siblingNode = selectedNode.ParentNode.SubNodes[i]; for (int j = 0; j < siblingNode.Strokes.Count; j++) { Stroke stroke = siblingNode.Strokes[j]; double offsetX = stroke.GetBounds().X; if (offsetX > startX) { stroke.Transform(transform, false); } } } } mainInkCanvas.Strokes.Add(strokeCollection); mainInkCanvas.Strokes.Remove(strokeToBeReplaced); }
public void process(InkAnalyzer inkAnalyzer) { ContextNodeCollection contextNodeCollection = inkAnalyzer.FindLeafNodes(); List <Stroke> horizontalLines = InkUtils.findLines(contextNodeCollection); List <HeadingItem> headings = findHeadings(horizontalLines, contextNodeCollection); //Here is the end result of the headings mainHeading.headings = headings; //Invalidate and render the headings to the side panel mainHeading.invalidate(); }
public void process(InkAnalyzer inkAnalyzer) { ContextNodeCollection contextNodeCollection = inkAnalyzer.FindLeafNodes(); List<Stroke> horizontalLines = InkUtils.findLines(contextNodeCollection); List<HeadingItem> headings = findHeadings(horizontalLines, contextNodeCollection); //Here is the end result of the headings mainHeading.headings = headings; //Invalidate and render the headings to the side panel mainHeading.invalidate(); }
public void insertStrokes(InkAnalyzer analyzer, InkCanvas mainInkCanvas, InkCanvas insertionCanvas) { double bestY = -10000; ContextNode selectedNode = null; foreach (ContextNode node in analyzer.FindLeafNodes()) { double y1 = strokeToBeReplaced.GetBounds().Y; double y2 = node.Strokes.GetBounds().Y; if (y1 - y2 > 0 && y1 - y2 < y1 - bestY) { bestY = y2; selectedNode = node; } } if (bestY == -10000) { bestY = strokeToBeReplaced.GetBounds().Y; } StrokeCollection strokeCollection = insertionCanvas.Strokes.Clone(); insertionCanvas.Strokes.Clear(); double bestX = strokeToBeReplaced.GetBounds().X; double strokeX = strokeCollection.GetBounds().X; double strokeY = strokeCollection.GetBounds().Y; Matrix inkTransform = new Matrix(); inkTransform.Translate(bestX - strokeX + 20, bestY - strokeY); strokeCollection.Transform(inkTransform, false); double width = strokeCollection.GetBounds().Width + Constants.SPACING; double startX = strokeCollection.GetBounds().X; Matrix transform = new Matrix(); transform.Translate(width, 0); if (selectedNode != null) { for (int i = 0; i < selectedNode.ParentNode.SubNodes.Count; i++) { ContextNode siblingNode = selectedNode.ParentNode.SubNodes[i]; for (int j = 0; j < siblingNode.Strokes.Count; j++) { Stroke stroke = siblingNode.Strokes[j]; double offsetX = stroke.GetBounds().X; if (offsetX > startX) { stroke.Transform(transform, false); } } } } mainInkCanvas.Strokes.Add(strokeCollection); mainInkCanvas.Strokes.Remove(strokeToBeReplaced); }
public void process(InkAnalyzer inkAnalyzer) { ContextNodeCollection nodeCollection = inkAnalyzer.FindLeafNodes(); foreach (ContextNode childNodes in nodeCollection) { foreach (Stroke stroke in childNodes.Strokes) { if (strokeIsCaret(stroke)) { insertionBox.Visibility = Visibility.Visible; Canvas.SetLeft(insertionBox, stroke.StylusPoints[0].X - 140); Canvas.SetTop(insertionBox, stroke.StylusPoints[1].Y); inkAnalyzer.RemoveStroke(stroke); strokeToBeReplaced = stroke; } } } }
public void process(InkAnalyzer inkAnalyzer) { ContextNodeCollection nodeCollection = inkAnalyzer.FindLeafNodes(); foreach (ContextNode childNodes in nodeCollection) { foreach (Stroke stroke in childNodes.Strokes) { if (strokeIsCaret(stroke)) { insertionBox.Visibility = Visibility.Visible; Canvas.SetLeft(insertionBox, stroke.StylusPoints[0].X - 140); Canvas.SetTop(insertionBox, stroke.StylusPoints[1].Y); inkAnalyzer.RemoveStroke(stroke); strokeToBeReplaced = stroke; } } } }