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;
}
}
}
}