private PenAction GetAction(PathPartAdorner pathPartAdorner)
{
PenAction penAction = (PenAction)null;
PathEditorTarget pathEditorTarget = pathPartAdorner.PathAdornerSet.PathEditorTarget;
PathFigure pathFigure = pathEditorTarget.PathGeometry.Figures[pathPartAdorner.FigureIndex];
for (int index1 = 0; index1 < pathFigure.Segments.Count; ++index1)
{
System.Windows.Media.PathSegment segment = pathFigure.Segments[index1];
for (int index2 = 0; index2 < PathSegmentUtilities.GetPointCount(segment); ++index2)
{
if (PathSegmentUtilities.GetPointKind(segment, index2) == PathPointKind.Arc)
{
return((PenAction)null);
}
}
}
if (pathPartAdorner is PathPointAdorner)
{
penAction = (PenAction) new ConvertPointAction(pathEditorTarget, this.ActiveSceneViewModel);
}
else if (pathPartAdorner is PathTangentAdorner || pathPartAdorner is PenTangentAdorner)
{
penAction = (PenAction) new TangentDragAction(pathEditorTarget, this.ActiveSceneViewModel, pathPartAdorner is PenTangentAdorner);
}
else if (pathPartAdorner is PathSegmentAdorner)
{
penAction = (PenAction) new ConvertSegmentAction(pathEditorTarget, this.ActiveSceneViewModel);
}
return(penAction);
}
public PathSegmentHandle(MoonlightController controller, IHandleGroup group, PathSegment seg, DependencyProperty point)
: base(controller, group)
{
if (seg == null)
throw new ArgumentNullException("seg");
if (point == null)
throw new ArgumentNullException("point");
segment = seg;
point_property = point;
}
/// <summary>
/// 得到圆弧的几何图形;
/// </summary>
/// <param name="center"></param>
/// <param name="screenRadius"></param>
/// <param name="beginAngle"></param>
/// <param name="angle"></param>
/// <param name="smallAngle"></param>
/// <returns></returns>
private static SystemMedia.PathGeometry GetArcGeometry(Point startScreenPoint, Point endScreenPoint, double screenRadius, bool smallAngle, SystemMedia.SweepDirection sweepDirection)
{
var arcSegment = new SystemMedia.ArcSegment(endScreenPoint, new System.Windows.Size(screenRadius, screenRadius), 0D, !smallAngle, sweepDirection, true);
var segments = new SystemMedia.PathSegment[] { arcSegment };
var pathFigure = new SystemMedia.PathFigure(startScreenPoint, segments, false);
var figures = new SystemMedia.PathFigure[] { pathFigure };
arcSegment.Freeze();
pathFigure.Freeze();
return(new SystemMedia.PathGeometry(figures, SystemMedia.FillRule.EvenOdd, null));
}
private void AddBezierSegmentHandles(PathSegment segment)
{
IHandle handle;
handle = new BezierSegmentPoint3Handle(Controller, this, segment as BezierSegment);
AddHandle(handle);
handle = new PathSegmentHandle(Controller, this, segment,
BezierSegment.Point1Property);
AddHandle(handle);
handle = new PathSegmentHandle(Controller, this, segment,
BezierSegment.Point2Property);
AddHandle(handle);
}
public BezierSegmentFrame(UIElement child, PathFigure fig, BezierSegment bez)
: base(child)
{
bezier = bez;
figure = fig;
previous = null;
foreach (PathSegment segment in figure.Segments) {
BezierSegment bs = segment as BezierSegment;
if (segment == bezier)
break;
previous = segment;
}
point1_line = CreateLine();
point2_line = CreateLine();
}
public static Rect GetMinimalMaxRect(m.PathGeometry pg, double rahmen)
{
pg = pg.GetFlattenedPathGeometry(1, m.ToleranceType.Absolute);
m.PathSegment tmp = pg.Figures[0].Segments[0];
Point firstPoint = ((m.PolyLineSegment)tmp).Points[0];
Point max = firstPoint;
Point min = firstPoint;
foreach (m.PathFigure pathFigure in pg.Figures)
{
foreach (m.PathSegment segments in pathFigure.Segments)
{
foreach (Point point in ((m.PolyLineSegment)segments).Points)
{
if (point.X > max.X)
{
max.X = point.X;
}
if (point.X < min.X)
{
min.X = point.X;
}
if (point.Y > max.Y)
{
max.Y = point.Y;
}
if (point.Y < min.Y)
{
min.Y = point.Y;
}
}
}
}
min.X -= rahmen;
min.Y -= rahmen;
max.X += rahmen;
max.Y += rahmen;
return(new Rect(min, max));
}
public static void UpdateAllPoints(PathGeometry geometry, Transform transform)
{
for (int index1 = 0; index1 < geometry.Figures.Count; ++index1)
{
PathFigure figure = geometry.Figures[index1];
PathFigureEditor pathFigureEditor = new PathFigureEditor(figure);
int index2 = 1;
if (!PathFigureUtilities.IsClosed(figure) || !PathFigureUtilities.IsCloseSegmentDegenerate(figure))
{
pathFigureEditor.SetPoint(0, transform.Transform(figure.StartPoint));
}
for (int index3 = 0; index3 < figure.Segments.Count; ++index3)
{
System.Windows.Media.PathSegment segment = figure.Segments[index3];
int pointCount = PathSegmentUtilities.GetPointCount(segment);
for (int index4 = 0; index4 < pointCount; ++index4)
{
Point point = PathSegmentUtilities.GetPoint(segment, index4);
pathFigureEditor.SetPoint(index2, transform.Transform(point));
++index2;
}
}
}
}
private void AddLineSegmentHandle(PathSegment segment)
{
IHandle handle = new LineSegmentHandle(Controller, this, segment);
AddHandle(handle);
}
private DesignItem SegmentToDesignItem(PathSegment s)
{
var sDes = designItem.Services.Component.RegisterComponentForDesigner(s.Clone());
if (!((PathSegment)s).IsStroked)
sDes.Properties[PathSegment.IsStrokedProperty].SetValue(((PathSegment)s).IsStroked);
if (((PathSegment)s).IsSmoothJoin)
sDes.Properties[PathSegment.IsSmoothJoinProperty].SetValue(((PathSegment)s).IsSmoothJoin);
if (s is LineSegment) {
sDes.Properties[LineSegment.PointProperty].SetValue(((LineSegment)s).Point);
} else if (s is QuadraticBezierSegment) {
sDes.Properties[QuadraticBezierSegment.Point1Property].SetValue(((QuadraticBezierSegment)s).Point1);
sDes.Properties[QuadraticBezierSegment.Point2Property].SetValue(((QuadraticBezierSegment)s).Point2);
} else if (s is BezierSegment) {
sDes.Properties[BezierSegment.Point1Property].SetValue(((BezierSegment)s).Point1);
sDes.Properties[BezierSegment.Point2Property].SetValue(((BezierSegment)s).Point2);
sDes.Properties[BezierSegment.Point3Property].SetValue(((BezierSegment)s).Point3);
} else if (s is ArcSegment) {
sDes.Properties[ArcSegment.PointProperty].SetValue(((ArcSegment)s).Point);
sDes.Properties[ArcSegment.IsLargeArcProperty].SetValue(((ArcSegment)s).IsLargeArc);
sDes.Properties[ArcSegment.RotationAngleProperty].SetValue(((ArcSegment)s).RotationAngle);
sDes.Properties[ArcSegment.SizeProperty].SetValue(((ArcSegment)s).Size);
sDes.Properties[ArcSegment.SweepDirectionProperty].SetValue(((ArcSegment)s).SweepDirection);
} else if (s is PolyLineSegment) {
sDes.Properties[PolyLineSegment.PointsProperty].SetValue(((PolyLineSegment)s).Points);
} else if (s is PolyQuadraticBezierSegment) {
sDes.Properties[PolyQuadraticBezierSegment.PointsProperty].SetValue(((PolyQuadraticBezierSegment)s).Points);
} else if (s is PolyBezierSegment) {
sDes.Properties[PolyBezierSegment.PointsProperty].SetValue(((PolyBezierSegment)s).Points);
}
return sDes;
}
private static PathSegment Copy(PathSegment s) {
if (s == null) return null;
LineSegment ls = s as LineSegment;
if (ls != null) {
return new LineSegment() { Point = ls.Point };
}
BezierSegment bs = s as BezierSegment;
if (bs != null) {
return new BezierSegment() { Point1 = bs.Point1, Point2 = bs.Point2, Point3 = bs.Point3 };
}
QuadraticBezierSegment qbs = s as QuadraticBezierSegment;
if (qbs != null) {
return new QuadraticBezierSegment() { Point1 = qbs.Point1, Point2 = qbs.Point2 };
}
ArcSegment arc = s as ArcSegment;
if (arc != null) {
return new ArcSegment() { Point = arc.Point, Size = arc.Size, SweepDirection = arc.SweepDirection, IsLargeArc = arc.IsLargeArc, RotationAngle = arc.RotationAngle };
}
PolyLineSegment pls = s as PolyLineSegment;
if (pls != null) {
return new PolyLineSegment() { Points = Copy(pls.Points) };
}
PolyBezierSegment pbs = s as PolyBezierSegment;
if (pbs != null) {
return new PolyBezierSegment() { Points = Copy(pbs.Points) };
}
PolyQuadraticBezierSegment pqbs = s as PolyQuadraticBezierSegment;
if (pqbs != null) {
return new PolyQuadraticBezierSegment() { Points = Copy(pqbs.Points) };
}
Diagram.Error("Copying an unknown kind of PathSegment: " + s.ToString());
return null;
}
public PathSegmentData(Point startPoint, System.Windows.Media.PathSegment pathSegment)
{
PathSegment = pathSegment;
StartPoint = startPoint;
}
public LineSegmentHandle(MoonlightController controller, IHandleGroup group, PathSegment seg)
: base(controller, group, seg, LineSegment.PointProperty)
{
}
/// <summary>
/// Returns new PathSegment by easing startValue to endValue using a time percentage 0 -> 1.
/// </summary>
public static PathSegment EaseValue(PathSegment startValue, PathSegment endValue, double percent)
{
var startType = startValue.GetType();
var endType = endValue.GetType();
if ( startType != endType ) return endValue; // can't ease different types... returning expected end type
if ( endValue is LineSegment) return EaseValue((LineSegment)startValue, (LineSegment)endValue, percent);
if ( endValue is BezierSegment) return EaseValue((BezierSegment)startValue, (BezierSegment)endValue, percent);
if ( endValue is ArcSegment) return EaseValue((ArcSegment)startValue, (ArcSegment)endValue, percent);
if ( endValue is PolyLineSegment) return EaseValue((PolyLineSegment)startValue, (PolyLineSegment)endValue, percent);
if ( endValue is PolyBezierSegment) return EaseValue((PolyBezierSegment)startValue, (PolyBezierSegment)endValue, percent);
if ( endValue is PolyQuadraticBezierSegment) return EaseValue((PolyQuadraticBezierSegment)startValue, (PolyQuadraticBezierSegment)endValue, percent);
if ( endValue is QuadraticBezierSegment) return EaseValue((QuadraticBezierSegment)startValue, (QuadraticBezierSegment)endValue, percent);
return endValue;
}
public static void GetStartAndEndVector(Point startPoint, PathSegment seg, out Point endPoint, out Vector startVector, out Vector endVector)
{
ArcSegment arcSegment;
BezierSegment bezierSegment;
LineSegment lineSegment;
PolyBezierSegment polyBezierSegment;
PolyLineSegment polyLineSegment;
PolyQuadraticBezierSegment polyQuadraticBezierSegment;
QuadraticBezierSegment quadraticBezierSegment;
if (null != (lineSegment = (seg as LineSegment)))
{
startVector = endVector = lineSegment.Point - startPoint;
endPoint = lineSegment.Point;
}
else if (null != (polyLineSegment = (seg as PolyLineSegment)))
{
var pts = polyLineSegment.Points;
var len = pts.Count;
startVector = pts[0] - startPoint;
if (len >= 2)
startPoint = pts[len - 2];
endVector = pts[len - 1] - startPoint;
endPoint = pts[len - 1];
}
else if (null != (bezierSegment = (seg as BezierSegment)))
{
startVector = bezierSegment.Point1 - startPoint;
endVector = bezierSegment.Point3 - bezierSegment.Point2;
endPoint = bezierSegment.Point3;
}
else if (null != (polyBezierSegment = (seg as PolyBezierSegment)))
{
var pts = polyBezierSegment.Points;
var len = pts.Count;
startVector = pts[0] - startPoint;
endVector = pts[len - 1] - pts[len - 2];
endPoint = pts[len - 1];
}
else
{
throw new NotImplementedException();
}
}
public static IEnumerable<Telerik.Windows.Documents.Fixed.Model.Graphics.PathSegment> ConvertPathSegments(PathSegment pathSegment)
{
Type segmentType = pathSegment.GetType();
Func<PathSegment, IEnumerable<Telerik.Windows.Documents.Fixed.Model.Graphics.PathSegment>> converter;
if (!segmentConverters.TryGetValue(segmentType, out converter))
{
throw new NotSupportedException(String.Format("Not supported PathSegment type: {0}", segmentType));
}
return converter(pathSegment);
}
/// <summary>
/// Create PathSegment animation
/// </summary>
/// <param name="storyboard">Storyboard</param>
/// <param name="target">Animation target</param>
/// <param name="center">Center point</param>
/// <param name="radius">Radius</param>
/// <param name="startAngle">Start angle</param>
/// <param name="stopAngle">Stop angle</param>
/// <returns>Storyboard</returns>
private static Storyboard CreatePathSegmentAnimation(DataSeries currentDataSeries, DataPoint currentDataPoint, Storyboard storyboard, PathSegment target, Point center, Double radius, Double startAngle, Double stopAngle)
{
List<Point> points = GenerateAnimationPoints(center, radius, startAngle, stopAngle);
List<Double> frames = GenerateAnimationFrames(points.Count, 1);
List<KeySpline> splines = AnimationHelper.GenerateKeySplineList(points.Count);
PointAnimationUsingKeyFrames pieSliceAnimation = null;
if (typeof(ArcSegment).IsInstanceOfType(target))
{
pieSliceAnimation = CreatePointAnimation(currentDataSeries, currentDataPoint, target, "(ArcSegment.Point)", 0.5, frames, points, splines);
}
else
{
pieSliceAnimation = CreatePointAnimation(currentDataSeries, currentDataPoint, target, "(LineSegment.Point)", 0.5, frames, points, splines);
}
storyboard.Children.Add(pieSliceAnimation);
return storyboard;
}
private void WriteElement(PathSegment segment)
{
string typeName = WriteStartElement(segment);
ArcSegment arc = segment as ArcSegment;
if (arc != null) {
WriteAttribute("IsLargeArc", arc.IsLargeArc, false);
WriteAttribute("Point", arc.Point, DefaultPoint);
WriteAttribute("RotationAngle", arc.RotationAngle, 0);
WriteAttribute("Size", arc.Size, DefaultSize);
WriteAttribute("SweepDirection", arc.SweepDirection, SweepDirection.Counterclockwise);
goto End;
}
BezierSegment bezier = segment as BezierSegment;
if (bezier != null) {
WriteAttribute("Point1", bezier.Point1, DefaultPoint);
WriteAttribute("Point2", bezier.Point2, DefaultPoint);
WriteAttribute("Point3", bezier.Point3, DefaultPoint);
goto End;
}
LineSegment line = segment as LineSegment;
if (line != null) {
WriteAttribute("Point", line.Point, DefaultPoint);
goto End;
}
PolyBezierSegment polyBezier = segment as PolyBezierSegment;
if (polyBezier != null) {
WriteAttribute("Points", polyBezier.Points);
goto End;
}
PolyLineSegment polyLine = segment as PolyLineSegment;
if (polyLine != null) {
WriteAttribute("Points", polyLine.Points);
goto End;
}
PolyQuadraticBezierSegment polyQuadraticBezier = segment as PolyQuadraticBezierSegment;
if (polyQuadraticBezier != null) {
WriteAttribute("Points", polyQuadraticBezier.Points);
goto End;
}
QuadraticBezierSegment quadraticBezier = segment as QuadraticBezierSegment;
if (quadraticBezier != null) {
WriteAttribute("Point1", quadraticBezier.Point1, DefaultPoint);
WriteAttribute("Point2", quadraticBezier.Point2, DefaultPoint);
goto End;
}
End:
WriteEndElement();
}
protected virtual void CreatePathAdorners(List <Adorner> oldAdornerList, List <Adorner> newAdornerList)
{
this.adornerCounts.Clear();
this.adornerOffsets.Clear();
PathPartSelectionSet partSelectionSet = this.PathPartSelectionSet;
List <PathPointAdorner> list1 = new List <PathPointAdorner>();
List <PathSegmentAdorner> list2 = new List <PathSegmentAdorner>();
List <PathTangentAdorner> list3 = new List <PathTangentAdorner>();
int index1 = 0;
int index2 = 0;
int index3 = 0;
foreach (Adorner adorner in oldAdornerList)
{
PathPointAdorner pathPointAdorner;
if ((pathPointAdorner = adorner as PathPointAdorner) != null)
{
list1.Add(pathPointAdorner);
}
else
{
PathSegmentAdorner pathSegmentAdorner;
if ((pathSegmentAdorner = adorner as PathSegmentAdorner) != null)
{
list2.Add(pathSegmentAdorner);
}
else
{
PathTangentAdorner pathTangentAdorner;
if ((pathTangentAdorner = adorner as PathTangentAdorner) != null)
{
list3.Add(pathTangentAdorner);
}
}
}
}
for (int figureIndex = 0; figureIndex < this.PathGeometry.Figures.Count; ++figureIndex)
{
PathFigure figure = this.PathGeometry.Figures[figureIndex];
PathFigureEditor pathFigureEditor = new PathFigureEditor(figure);
this.adornerOffsets.Add((object)this.AdornerList.Count);
int length1 = PathFigureUtilities.PointCount(figure);
int length2 = length1 + (PathFigureUtilities.IsClosed(figure) ? true : false);
PathSegmentAdorner[] pathSegmentAdornerArray = new PathSegmentAdorner[length2];
PathPointKind[] pathPointKindArray = new PathPointKind[length2];
pathPointKindArray[0] = pathFigureEditor.GetPointKind(0);
int num1 = 1;
for (int index4 = 0; index4 < figure.Segments.Count; ++index4)
{
System.Windows.Media.PathSegment segment = figure.Segments[index4];
int pointCount = PathSegmentUtilities.GetPointCount(segment);
for (int index5 = 0; index5 < pointCount; ++index5)
{
pathPointKindArray[num1++] = PathSegmentUtilities.GetPointKind(segment, index5);
}
}
int index6 = 1;
for (int segmentIndex = 0; segmentIndex < figure.Segments.Count; ++segmentIndex)
{
int pointCount = PathSegmentUtilities.GetPointCount(figure.Segments[segmentIndex]);
for (int segmentPointIndex = 0; segmentPointIndex < pointCount; ++segmentPointIndex)
{
if (pathPointKindArray[index6] != PathPointKind.BezierHandle)
{
PathSegmentAdorner pathSegmentAdorner;
if (index2 < list2.Count)
{
pathSegmentAdorner = list2[index2];
pathSegmentAdorner.Initialize(figureIndex, index6 % length1, segmentIndex, segmentPointIndex);
oldAdornerList.Remove((Adorner)pathSegmentAdorner);
++index2;
}
else
{
pathSegmentAdorner = new PathSegmentAdorner(this, figureIndex, index6 % length1, segmentIndex, segmentPointIndex);
}
if (partSelectionSet != null)
{
pathSegmentAdorner.IsActive = partSelectionSet.IsSelected((PathPart)(PathSegment)pathSegmentAdorner);
}
newAdornerList.Add((Adorner)pathSegmentAdorner);
pathSegmentAdornerArray[index6] = pathSegmentAdorner;
}
else
{
pathSegmentAdornerArray[index6] = (PathSegmentAdorner)null;
}
++index6;
}
}
if (figure.IsClosed && figure.Segments.Count > 0)
{
Point lastPoint = PathSegmentUtilities.GetLastPoint(figure.Segments[figure.Segments.Count - 1]);
if (!VectorUtilities.ArePathPointsVeryClose(figure.StartPoint, lastPoint))
{
PathSegmentAdorner pathSegmentAdorner;
if (index2 < list2.Count)
{
pathSegmentAdorner = list2[index2];
pathSegmentAdorner.Initialize(figureIndex, index6 % length1, -1, 0);
oldAdornerList.Remove((Adorner)pathSegmentAdorner);
++index2;
}
else
{
pathSegmentAdorner = new PathSegmentAdorner(this, figureIndex, index6 % length1, -1, 0);
}
if (partSelectionSet != null)
{
pathSegmentAdorner.IsActive = partSelectionSet.IsSelected((PathPart)(PathSegment)pathSegmentAdorner);
}
newAdornerList.Add((Adorner)pathSegmentAdorner);
pathSegmentAdornerArray[index6] = pathSegmentAdorner;
}
}
this.adornerCounts.Add((object)(this.AdornerList.Count - (int)this.adornerOffsets[this.adornerOffsets.Count - 1]));
this.adornerTypes.Add((object)PathPart.PartType.PathSegment);
PathPointAdorner[] pathPointAdornerArray = new PathPointAdorner[length1];
int index7 = 0;
for (int segmentIndex = -1; segmentIndex < figure.Segments.Count; ++segmentIndex)
{
int num2 = 1;
if (segmentIndex != -1)
{
num2 = PathSegmentUtilities.GetPointCount(figure.Segments[segmentIndex]);
}
for (int segmentPointIndex = 0; segmentPointIndex < num2 && index7 < length1; ++segmentPointIndex)
{
if (pathPointKindArray[index7] == PathPointKind.BezierHandle)
{
pathPointAdornerArray[index7] = (PathPointAdorner)null;
}
else
{
PathPointAdorner pathPointAdorner;
if (index1 < list1.Count)
{
pathPointAdorner = list1[index1];
pathPointAdorner.Initialize(figureIndex, index7, segmentIndex, segmentPointIndex);
oldAdornerList.Remove((Adorner)pathPointAdorner);
++index1;
}
else
{
pathPointAdorner = new PathPointAdorner(this, figureIndex, index7, segmentIndex, segmentPointIndex);
}
pathPointAdornerArray[index7] = pathPointAdorner;
if (partSelectionSet != null)
{
pathPointAdornerArray[index7].IsActive = partSelectionSet.IsSelected((PathPart)(PathPoint)pathPointAdornerArray[index7]);
}
}
++index7;
}
}
int endPointIndex = 0;
for (int segmentIndex = -1; segmentIndex < figure.Segments.Count; ++segmentIndex)
{
int num2 = 1;
if (segmentIndex != -1)
{
num2 = PathSegmentUtilities.GetPointCount(figure.Segments[segmentIndex]);
}
for (int segmentPointIndex = 0; segmentPointIndex < num2 && endPointIndex < length1; ++segmentPointIndex)
{
if (pathPointKindArray[endPointIndex] == PathPointKind.BezierHandle)
{
PathPointAdorner pathPointAdorner = (PathPointAdorner)null;
PathSegmentAdorner pathSegmentAdorner = (PathSegmentAdorner)null;
if (pathPointKindArray[endPointIndex] == PathPointKind.BezierHandle && endPointIndex + 2 < pathPointKindArray.Length && pathPointKindArray[endPointIndex + 2] == PathPointKind.Cubic)
{
pathPointAdorner = pathPointAdornerArray[endPointIndex - 1];
pathSegmentAdorner = pathSegmentAdornerArray[endPointIndex + 2];
}
else if (pathPointKindArray[endPointIndex] == PathPointKind.BezierHandle && endPointIndex + 1 < pathPointKindArray.Length && pathPointKindArray[endPointIndex + 1] == PathPointKind.Cubic)
{
pathPointAdorner = pathPointAdornerArray[(endPointIndex + 1) % length1];
pathSegmentAdorner = pathSegmentAdornerArray[endPointIndex + 1];
}
if (pathPointAdorner != null)
{
PathTangentAdorner pathTangentAdorner;
if (index3 < list3.Count)
{
pathTangentAdorner = list3[index3];
pathTangentAdorner.Initialize(figureIndex, endPointIndex, segmentIndex, segmentPointIndex, pathPointAdorner, pathSegmentAdorner);
oldAdornerList.Remove((Adorner)pathTangentAdorner);
++index3;
}
else
{
pathTangentAdorner = new PathTangentAdorner(this, figureIndex, endPointIndex, segmentIndex, segmentPointIndex, pathPointAdorner, pathSegmentAdorner);
}
newAdornerList.Add((Adorner)pathTangentAdorner);
}
}
++endPointIndex;
}
}
foreach (PathPointAdorner pathPointAdorner in pathPointAdornerArray)
{
if (pathPointAdorner != null)
{
newAdornerList.Add((Adorner)pathPointAdorner);
}
}
this.adornerOffsets.Add((object)this.AdornerList.Count);
this.adornerCounts.Add((object)(this.AdornerList.Count - (int)this.adornerOffsets[this.adornerOffsets.Count - 1]));
this.adornerTypes.Add((object)PathPart.PartType.PathPoint);
}
}
/// <summary>
/// Create interactivity animation for LabelLine
/// </summary>
/// <param name="storyboard">Storyboard</param>
/// <param name="target">Target object</param>
/// <param name="points">Array of Points</param>
/// <returns>Storyboard</returns>
private static Storyboard CreateLabelLineInteractivityAnimation(DataSeries currentDataSeries, DataPoint currentDataPoint, Storyboard storyboard, PathSegment target, params Point[] points)
{
List<Point> pointsList = points.ToList();
List<Double> frames = GenerateAnimationFrames(pointsList.Count, 0.4);
List<KeySpline> splines = AnimationHelper.GenerateKeySplineList(pointsList.Count);
PointAnimationUsingKeyFrames labelLineAnimation = CreatePointAnimation(currentDataSeries, currentDataPoint, target, "(LineSegment.Point)", 0, frames, pointsList, splines);
storyboard.Children.Add(labelLineAnimation);
return storyboard;
}
/// <summary>
/// Draw ticks.
/// Ticks can be draw in 8 diffrent ways depends on Placment property and IsDirectionReversed property.
///
/// This function also draw selection-tick(s) if IsSelectionRangeEnabled is 'true' and
/// SelectionStart and SelectionEnd are valid.
///
/// The primary ticks (for Mininum and Maximum value) height will be 100% of TickBar's render size (use Width or Height
/// depends on Placement property).
///
/// The secondary ticks (all other ticks, including selection-tics) height will be 75% of TickBar's render size.
///
/// Brush that use to fill ticks is specified by Shape.Fill property.
///
/// Pen that use to draw ticks is specified by Shape.Pen property.
/// </summary>
protected override void OnRender(DrawingContext dc)
{
Size size = new Size(ActualWidth,ActualHeight);
double range = Maximum - Minimum;
double tickLen = 0.0d; // Height for Primary Tick (for Mininum and Maximum value)
double tickLen2; // Height for Secondary Tick
double logicalToPhysical = 1.0;
double progression = 1.0d;
Point startPoint = new Point(0d,0d);
Point endPoint = new Point(0d, 0d);
// Take Thumb size in to account
double halfReservedSpace = ReservedSpace * 0.5;
switch(Placement)
{
case TickBarPlacement.Top:
if (DoubleUtil.GreaterThanOrClose(ReservedSpace, size.Width))
{
return;
}
size.Width -= ReservedSpace;
tickLen = - size.Height;
startPoint = new Point(halfReservedSpace, size.Height);
endPoint = new Point(halfReservedSpace + size.Width, size.Height);
logicalToPhysical = size.Width / range;
progression = 1;
break;
case TickBarPlacement.Bottom:
if (DoubleUtil.GreaterThanOrClose(ReservedSpace, size.Width))
{
return;
}
size.Width -= ReservedSpace;
tickLen = size.Height;
startPoint = new Point(halfReservedSpace, 0d);
endPoint = new Point(halfReservedSpace + size.Width, 0d);
logicalToPhysical = size.Width / range;
progression = 1;
break;
case TickBarPlacement.Left:
if (DoubleUtil.GreaterThanOrClose(ReservedSpace, size.Height))
{
return;
}
size.Height -= ReservedSpace;
tickLen = -size.Width;
startPoint = new Point(size.Width, size.Height + halfReservedSpace);
endPoint = new Point(size.Width, halfReservedSpace);
logicalToPhysical = size.Height / range * -1;
progression = -1;
break;
case TickBarPlacement.Right:
if (DoubleUtil.GreaterThanOrClose(ReservedSpace, size.Height))
{
return;
}
size.Height -= ReservedSpace;
tickLen = size.Width;
startPoint = new Point(0d, size.Height + halfReservedSpace);
endPoint = new Point(0d, halfReservedSpace);
logicalToPhysical = size.Height / range * -1;
progression = -1;
break;
};
tickLen2 = tickLen * 0.75;
// Invert direciton of the ticks
if (IsDirectionReversed)
{
progression = -progression;
logicalToPhysical *= -1;
// swap startPoint & endPoint
Point pt = startPoint;
startPoint = endPoint;
endPoint = pt;
}
Pen pen = new Pen(Fill, 1.0d);
bool snapsToDevicePixels = SnapsToDevicePixels;
DoubleCollection xLines = snapsToDevicePixels ? new DoubleCollection() : null;
DoubleCollection yLines = snapsToDevicePixels ? new DoubleCollection() : null;
// Is it Vertical?
if ((Placement == TickBarPlacement.Left) || (Placement == TickBarPlacement.Right))
{
// Reduce tick interval if it is more than would be visible on the screen
double interval = TickFrequency;
if (interval > 0.0)
{
double minInterval = (Maximum - Minimum) / size.Height;
if (interval < minInterval)
{
interval = minInterval;
}
}
// Draw Min & Max tick
dc.DrawLine(pen, startPoint, new Point(startPoint.X + tickLen, startPoint.Y));
dc.DrawLine(pen, new Point(startPoint.X, endPoint.Y),
new Point(startPoint.X + tickLen, endPoint.Y));
if (snapsToDevicePixels)
{
xLines.Add(startPoint.X);
yLines.Add(startPoint.Y - 0.5);
xLines.Add(startPoint.X + tickLen);
yLines.Add(endPoint.Y - 0.5);
xLines.Add(startPoint.X + tickLen2);
}
// This property is rarely set so let's try to avoid the GetValue
// caching of the mutable default value
DoubleCollection ticks = null;
bool hasModifiers;
if (GetValueSource(TicksProperty, null, out hasModifiers)
!= BaseValueSourceInternal.Default || hasModifiers)
{
ticks = Ticks;
}
// Draw ticks using specified Ticks collection
if ((ticks != null) && (ticks.Count > 0))
{
for (int i = 0; i < ticks.Count; i++)
{
if (DoubleUtil.LessThanOrClose(ticks[i],Minimum) || DoubleUtil.GreaterThanOrClose(ticks[i],Maximum))
{
continue;
}
double adjustedTick = ticks[i] - Minimum;
double y = adjustedTick * logicalToPhysical + startPoint.Y;
dc.DrawLine(pen,
new Point(startPoint.X, y),
new Point(startPoint.X + tickLen2, y));
if (snapsToDevicePixels)
{
yLines.Add(y - 0.5);
}
}
}
// Draw ticks using specified TickFrequency
else if (interval > 0.0)
{
for (double i = interval; i < range; i += interval)
{
double y = i * logicalToPhysical + startPoint.Y;
dc.DrawLine(pen,
new Point(startPoint.X, y),
new Point(startPoint.X + tickLen2, y));
if (snapsToDevicePixels)
{
yLines.Add(y - 0.5);
}
}
}
// Draw Selection Ticks
if (IsSelectionRangeEnabled)
{
double y0 = (SelectionStart - Minimum) * logicalToPhysical + startPoint.Y;
Point pt0 = new Point(startPoint.X, y0);
Point pt1 = new Point(startPoint.X + tickLen2, y0);
Point pt2 = new Point(startPoint.X + tickLen2, y0 + Math.Abs(tickLen2) * progression);
PathSegment[] segments = new PathSegment[] {
new LineSegment(pt2, true),
new LineSegment(pt0, true),
};
PathGeometry geo = new PathGeometry(new PathFigure[] { new PathFigure(pt1, segments, true) });
dc.DrawGeometry(Fill, pen, geo);
y0 = (SelectionEnd - Minimum) * logicalToPhysical + startPoint.Y;
pt0 = new Point(startPoint.X, y0);
pt1 = new Point(startPoint.X + tickLen2, y0);
pt2 = new Point(startPoint.X + tickLen2, y0 - Math.Abs(tickLen2) * progression);
segments = new PathSegment[] {
new LineSegment(pt2, true),
new LineSegment(pt0, true),
};
geo = new PathGeometry(new PathFigure[] { new PathFigure(pt1, segments, true) });
dc.DrawGeometry(Fill, pen, geo);
}
}
else // Placement == Top || Placement == Bottom
{
// Reduce tick interval if it is more than would be visible on the screen
double interval = TickFrequency;
if (interval > 0.0)
{
double minInterval = (Maximum - Minimum) / size.Width;
if (interval < minInterval)
{
interval = minInterval;
}
}
// Draw Min & Max tick
dc.DrawLine(pen, startPoint, new Point(startPoint.X, startPoint.Y + tickLen));
dc.DrawLine(pen, new Point(endPoint.X, startPoint.Y),
new Point(endPoint.X, startPoint.Y + tickLen));
if (snapsToDevicePixels)
{
xLines.Add(startPoint.X - 0.5);
yLines.Add(startPoint.Y);
xLines.Add(startPoint.X - 0.5);
yLines.Add(endPoint.Y + tickLen);
yLines.Add(endPoint.Y + tickLen2);
}
// This property is rarely set so let's try to avoid the GetValue
// caching of the mutable default value
DoubleCollection ticks = null;
bool hasModifiers;
if (GetValueSource(TicksProperty, null, out hasModifiers)
!= BaseValueSourceInternal.Default || hasModifiers)
{
ticks = Ticks;
}
// Draw ticks using specified Ticks collection
if ((ticks != null) && (ticks.Count > 0))
{
for (int i = 0; i < ticks.Count; i++)
{
if (DoubleUtil.LessThanOrClose(ticks[i],Minimum) || DoubleUtil.GreaterThanOrClose(ticks[i],Maximum))
{
continue;
}
double adjustedTick = ticks[i] - Minimum;
double x = adjustedTick * logicalToPhysical + startPoint.X;
dc.DrawLine(pen,
new Point(x, startPoint.Y),
new Point(x, startPoint.Y + tickLen2));
if (snapsToDevicePixels)
{
xLines.Add(x - 0.5);
}
}
}
// Draw ticks using specified TickFrequency
else if (interval > 0.0)
{
for (double i = interval; i < range; i += interval)
{
double x = i * logicalToPhysical + startPoint.X;
dc.DrawLine(pen,
new Point(x, startPoint.Y),
new Point(x, startPoint.Y + tickLen2));
if (snapsToDevicePixels)
{
xLines.Add(x - 0.5);
}
}
}
// Draw Selection Ticks
if (IsSelectionRangeEnabled)
{
double x0 = (SelectionStart - Minimum) * logicalToPhysical + startPoint.X;
Point pt0 = new Point(x0, startPoint.Y);
Point pt1 = new Point(x0, startPoint.Y + tickLen2);
Point pt2 = new Point(x0 + Math.Abs(tickLen2) * progression, startPoint.Y + tickLen2);
PathSegment[] segments = new PathSegment[] {
new LineSegment(pt2, true),
new LineSegment(pt0, true),
};
PathGeometry geo = new PathGeometry(new PathFigure[] { new PathFigure(pt1, segments, true) });
dc.DrawGeometry(Fill, pen, geo);
x0 = (SelectionEnd - Minimum) * logicalToPhysical + startPoint.X;
pt0 = new Point(x0, startPoint.Y);
pt1 = new Point(x0, startPoint.Y + tickLen2);
pt2 = new Point(x0 - Math.Abs(tickLen2) * progression, startPoint.Y + tickLen2);
segments = new PathSegment[] {
new LineSegment(pt2, true),
new LineSegment(pt0, true),
};
geo = new PathGeometry(new PathFigure[] { new PathFigure(pt1, segments, true) });
dc.DrawGeometry(Fill, pen, geo);
}
}
if (snapsToDevicePixels)
{
xLines.Add(ActualWidth);
yLines.Add(ActualHeight);
VisualXSnappingGuidelines = xLines;
VisualYSnappingGuidelines = yLines;
}
return;
}
public object Convert( object[] values, Type targetType, object parameter, System.Globalization.CultureInfo culture )
{
Debug.Assert( values != null && values.Length == 9, "EdgeRouteToPathConverter should have 9 parameters: pos (1,2), size (3,4) of source; pos (5,6), size (7,8) of target; routeInformation (9)." );
#region Get the inputs
//get the position of the source
Point sourcePos = new Point()
{
X = ( values[0] != DependencyProperty.UnsetValue ? (double)values[0] : 0.0 ),
Y = ( values[1] != DependencyProperty.UnsetValue ? (double)values[1] : 0.0 )
};
//get the size of the source
Size sourceSize = new Size()
{
Width = ( values[2] != DependencyProperty.UnsetValue ? (double)values[2] : 0.0 ),
Height = ( values[3] != DependencyProperty.UnsetValue ? (double)values[3] : 0.0 )
};
//get the position of the target
Point targetPos = new Point()
{
X = ( values[4] != DependencyProperty.UnsetValue ? (double)values[4] : 0.0 ),
Y = ( values[5] != DependencyProperty.UnsetValue ? (double)values[5] : 0.0 )
};
//get the size of the target
Size targetSize = new Size()
{
Width = ( values[6] != DependencyProperty.UnsetValue ? (double)values[6] : 0.0 ),
Height = ( values[7] != DependencyProperty.UnsetValue ? (double)values[7] : 0.0 )
};
//get the route informations
Point[] routeInformation = ( values[8] != DependencyProperty.UnsetValue ? (Point[])values[8] : null );
#endregion
bool hasRouteInfo = routeInformation != null && routeInformation.Length > 0;
//
// Create the path
//
Point p1 = GraphConverterHelper.CalculateAttachPoint( sourcePos, sourceSize, ( hasRouteInfo ? routeInformation[0] : targetPos ) );
Point p2 = GraphConverterHelper.CalculateAttachPoint( targetPos, targetSize, ( hasRouteInfo ? routeInformation[routeInformation.Length - 1] : sourcePos ) );
PathSegment[] segments = new PathSegment[1 + ( hasRouteInfo ? routeInformation.Length : 0 )];
if ( hasRouteInfo )
//append route points
for ( int i = 0; i < routeInformation.Length; i++ )
segments[i] = new LineSegment( routeInformation[i], true );
Point pLast = ( hasRouteInfo ? routeInformation[routeInformation.Length - 1] : p1 );
Vector v = pLast - p2;
v = v / v.Length * 5;
Vector n = new Vector( -v.Y, v.X ) * 0.3;
segments[segments.Length - 1] = new LineSegment( p2 + v, true );
PathFigureCollection pfc = new PathFigureCollection( 2 );
pfc.Add( new PathFigure( p1, segments, false ) );
pfc.Add( new PathFigure( p2,
new PathSegment[] {
new LineSegment(p2 + v - n, true),
new LineSegment(p2 + v + n, true)}, true ) );
return pfc;
}
void TestLineSegment (PathSegment segment, double x, double y, string message)
{
LineSegment ls = (LineSegment)segment;
Assert.AreEqual (ls.Point, new Point (x, y), message + " 1");
Assert.IsTrue (ls.IsStroked, message + " 2");
}