internal Tuple <object, object> ConvertPointToData(RadPoint coordinates, AxisModel firstAxis, AxisModel secondAxis)
{
object firstValue = null;
object secondValue = null;
if (this.view != null)
{
RadRect plotArea = this.plotArea.layoutSlot;
double panOffsetX = this.view.PlotOriginX * plotArea.Width;
double panOffsetY = this.view.PlotOriginY * plotArea.Height;
RadRect plotAreaVirtualSize = new RadRect(plotArea.X, plotArea.Y, plotArea.Width * this.view.ZoomWidth, plotArea.Height * this.view.ZoomHeight);
if (firstAxis != null && this.FirstAxes.Contains(firstAxis) && firstAxis.isUpdated)
{
firstValue = firstAxis.ConvertPhysicalUnitsToData(coordinates.X - panOffsetX, plotAreaVirtualSize);
}
if (secondAxis != null && this.SecondAxes.Contains(secondAxis) && secondAxis.isUpdated)
{
secondValue = secondAxis.ConvertPhysicalUnitsToData(coordinates.Y - panOffsetY, plotAreaVirtualSize);
}
}
return(new Tuple <object, object>(firstValue, secondValue));
}
internal void ScrollIndexIntoView(ScrollIntoViewOperation <int> operation)
{
var index = operation.RequestedItem;
var frozenContainersLength = Math.Max(0, this.RowPool.FrozenContainersLength);
var itemLength = this.rowLayout.RenderInfo.ValueForIndex(index);
var offsetToScroll = this.rowLayout.RenderInfo.OffsetFromIndex(index) - itemLength;
if (DoubleArithmetics.IsLessThan(operation.InitialScrollOffset + frozenContainersLength, offsetToScroll))
{
if (index > 0)
{
offsetToScroll -= this.View.ViewportHeight;
offsetToScroll += itemLength;
}
}
else if (DoubleArithmetics.IsLessThanOrEqual(offsetToScroll, operation.InitialScrollOffset + frozenContainersLength))
{
offsetToScroll -= frozenContainersLength;
}
var scrollPosition = new RadPoint(this.PhysicalHorizontalOffset, Math.Max(0, offsetToScroll));
this.GridView.SetScrollPosition(scrollPosition, true, true);
}
internal RadPoint ConvertDataToPoint(Tuple <object, object> data, AxisModel firstAxis, AxisModel secondAxis)
{
RadPoint coordinates = new RadPoint(double.NaN, double.NaN);
if (this.view != null)
{
RadRect plotArea = this.plotArea.layoutSlot;
RadRect plotAreaVirtualSize = new RadRect(plotArea.X, plotArea.Y, plotArea.Width * this.view.ZoomWidth, plotArea.Height * this.view.ZoomHeight);
if (firstAxis != null && this.FirstAxes.Contains(firstAxis) && firstAxis.isUpdated)
{
AxisPlotInfo plotInfo = firstAxis.CreatePlotInfo(data.Item1);
if (plotInfo != null)
{
coordinates.X = plotInfo.CenterX(plotAreaVirtualSize);
}
}
if (secondAxis != null && this.SecondAxes.Contains(secondAxis) && secondAxis.isUpdated)
{
AxisPlotInfo plotInfo = secondAxis.CreatePlotInfo(data.Item2);
if (plotInfo != null)
{
coordinates.Y = plotInfo.CenterY(plotAreaVirtualSize);
}
}
}
return(coordinates);
}
protected override RadRect ArrangeCore(RadRect rect)
{
double radius = rect.Width / 2;
RadPoint center = rect.Center;
double normalizedValue1, normalizedValue2;
var annotationPresenter = this.presenter as PolarAxisPlotBandAnnotation;
NumericalAxisPlotInfo polarPlot1 = this.firstPlotInfo as NumericalAxisPlotInfo;
NumericalAxisPlotInfo polarPlot2 = this.secondPlotInfo as NumericalAxisPlotInfo;
normalizedValue1 = polarPlot1.NormalizedValue;
normalizedValue2 = polarPlot2.NormalizedValue;
if (annotationPresenter != null && annotationPresenter.ClipToPlotArea)
{
if (normalizedValue1 > 1 && normalizedValue2 > 1)
{
// annotation should not be visualized
this.circle1 = new RadCircle();
this.circle2 = new RadCircle();
return(new RadRect());
}
else
{
normalizedValue1 = Math.Min(1, polarPlot1.NormalizedValue);
normalizedValue2 = Math.Min(1, polarPlot2.NormalizedValue);
}
}
this.circle1 = new RadCircle(center, normalizedValue1 * radius);
this.circle2 = new RadCircle(center, normalizedValue2 * radius);
return(rect);
}
protected override RadRect ArrangeCore(RadRect rect)
{
double radius = rect.Width / 2;
RadPoint center = rect.Center;
AxisPlotInfo anglePlot = this.plotInfo;
double angle = 0d;
NumericalAxisPlotInfo numericalAnglePlot = anglePlot as NumericalAxisPlotInfo;
if (numericalAnglePlot != null)
{
angle = numericalAnglePlot.ConvertToAngle();
}
else
{
CategoricalAxisPlotInfo categoricalAnglePlot = anglePlot as CategoricalAxisPlotInfo;
if (categoricalAnglePlot != null)
{
angle = categoricalAnglePlot.ConvertToAngle(this.GetChartArea <PolarChartAreaModel>());
}
}
RadPoint arcPoint = RadMath.GetArcPoint(angle, center, radius);
this.radialLine = new RadPolarVector()
{
Point = arcPoint, Angle = angle, Center = center
};
return(new RadRect(center, arcPoint));
}
protected override RadRect ArrangeCore(RadRect rect)
{
double radius = rect.Width / 2;
RadPoint center = rect.Center;
NumericalAxisPlotInfo polarPlot = this.firstPlotInfo as NumericalAxisPlotInfo;
double pointRadius = polarPlot.NormalizedValue * radius;
AxisPlotInfo anglePlot = this.secondPlotInfo;
this.angle = 0d;
NumericalAxisPlotInfo numericalAnglePlot = anglePlot as NumericalAxisPlotInfo;
if (numericalAnglePlot != null)
{
this.angle = numericalAnglePlot.ConvertToAngle();
}
else
{
CategoricalAxisPlotInfo categoricalAnglePlot = anglePlot as CategoricalAxisPlotInfo;
if (categoricalAnglePlot != null)
{
this.angle = categoricalAnglePlot.ConvertToAngle(this.GetChartArea <PolarChartAreaModel>());
}
}
RadPoint arcPosition = RadMath.GetArcPoint(this.angle, center, pointRadius);
RadSize desiredSize = this.Measure();
return(new RadRect(arcPosition.X, arcPosition.Y, desiredSize.Width, desiredSize.Height));
}
internal GridCellModel GetCellFromPoint(RadPoint point)
{
if (!this.IsOperational || this.IsOverEditor(point))
{
return(null);
}
var row = this.GetRowFromPoint(point);
if (row == null)
{
return(null);
}
var frozenPoint = new RadPoint(point.X - this.Owner.ScrollViewer.HorizontalOffset, point.Y);
foreach (var cell in this.Owner.Model.ForEachFrozenRowCell(row))
{
if (cell.layoutSlot.Contains(frozenPoint.X, frozenPoint.Y))
{
return(cell);
}
}
foreach (var cell in this.Owner.Model.ForEachRowCell(row))
{
if (cell.layoutSlot.Contains(point.X, point.Y))
{
return(cell);
}
}
return(null);
}
private void UpdateLabels(RadSize availableSize)
{
RadRect availableRect = new RadRect(availableSize.Width, availableSize.Height);
RadRect ellipseRect = RadRect.ToSquare(availableRect, false);
ellipseRect = RadRect.CenterRect(ellipseRect, availableRect);
double radius = ellipseRect.Width / 2;
RadPoint center = ellipseRect.Center;
RadPoint arcPosition;
foreach (AxisLabelModel label in this.owner.labels)
{
if (!label.isVisible)
{
continue;
}
double angle = this.owner.IsInverse ? 360 - (double)label.normalizedPosition * 360 : (double)label.normalizedPosition * 360;
arcPosition = RadMath.GetArcPoint(angle, center, radius);
this.UpdateMargins(ellipseRect, label.desiredSize, arcPosition);
}
double offset = this.owner.LineThickness + this.owner.MajorTickLength;
this.margins.Left += offset;
this.margins.Top += offset;
this.margins.Right += offset;
this.margins.Bottom += offset;
}
private static RadRect CalculatePlotAreaRect(RadRect availableRect, AxisStack leftStack, AxisStack topStack, AxisStack rightStack, AxisStack bottomStack)
{
RadPoint topLeft = new RadPoint();
double finalLeftRectWidth = leftStack.desiredWidth + leftStack.desiredMargin.Left + leftStack.desiredMargin.Right;
double maxLeftMargin = Math.Max(topStack.desiredMargin.Left, bottomStack.desiredMargin.Left);
topLeft.X = Math.Max(finalLeftRectWidth, maxLeftMargin);
double finalTopRectHeight = topStack.desiredHeight + topStack.desiredMargin.Top + topStack.desiredMargin.Bottom;
double maxTopMargin = Math.Max(leftStack.desiredMargin.Top, rightStack.desiredMargin.Top);
topLeft.Y = Math.Max(finalTopRectHeight, maxTopMargin);
RadPoint bottomRight = new RadPoint();
double finalRightRectWidth = rightStack.desiredWidth + rightStack.desiredMargin.Left + rightStack.desiredMargin.Right;
double maxRightMargin = Math.Max(topStack.desiredMargin.Right, bottomStack.desiredMargin.Right);
bottomRight.X = availableRect.Width - Math.Max(finalRightRectWidth, maxRightMargin);
double finalBottomRectHeight = bottomStack.desiredHeight + bottomStack.desiredMargin.Top + bottomStack.desiredMargin.Bottom;
double maxBottomMargin = Math.Max(leftStack.desiredMargin.Bottom, rightStack.desiredMargin.Bottom);
bottomRight.Y = availableRect.Height - Math.Max(finalBottomRectHeight, maxBottomMargin);
RadRect plotAreaRect = new RadRect(topLeft, bottomRight);
return(RadRect.Round(plotAreaRect));
}
public ChartAnnotationLabelUpdateContext(RadRect layoutSlot)
{
this.LayoutSlot = layoutSlot;
this.Location = layoutSlot.Location;
this.Definition = null;
}
private void UpdateMargins(RadRect availableRect, RadSize labelSize, RadPoint arcPosition)
{
double left = arcPosition.X - labelSize.Width;
if (left < availableRect.X)
{
this.margins.Left = Math.Max(this.margins.Left, availableRect.X - left);
}
double top = arcPosition.Y - labelSize.Height;
if (top < availableRect.Y)
{
this.margins.Top = Math.Max(this.margins.Top, availableRect.Y - top);
}
double right = arcPosition.X + labelSize.Width;
if (right > availableRect.Right)
{
this.margins.Right = Math.Max(this.margins.Right, right - availableRect.Right);
}
double bottom = arcPosition.Y + labelSize.Height;
if (bottom > availableRect.Bottom)
{
this.margins.Bottom = Math.Max(this.margins.Bottom, bottom - availableRect.Bottom);
}
}
/// <summary>
/// Initializes a new instance of the <see cref="RadLine" /> struct.
/// </summary>
/// <param name="point1">The point1.</param>
/// <param name="point2">The point2.</param>
public RadLine(RadPoint point1, RadPoint point2)
{
this.X1 = point1.X;
this.Y1 = point1.Y;
this.X2 = point2.X;
this.Y2 = point2.Y;
}
protected override RadRect ArrangeCore(RadRect rect)
{
IChartView view = this.GetChartArea().view;
RadRect plotAreaVirtualSize = new RadRect(rect.X, rect.Y, rect.Width * view.ZoomWidth, rect.Height * view.ZoomHeight);
RadPoint point1, point2;
double panOffsetX = view.PlotOriginX * rect.Width;
double panOffsetY = view.PlotOriginY * rect.Height;
if (this.axis.type == AxisType.First)
{
point1 = new RadPoint(panOffsetX + this.firstPlotInfo.CenterX(plotAreaVirtualSize), plotAreaVirtualSize.Y + panOffsetY);
point2 = new RadPoint(panOffsetX + this.secondPlotInfo.CenterX(plotAreaVirtualSize), plotAreaVirtualSize.Bottom + panOffsetY);
}
else
{
point1 = new RadPoint(plotAreaVirtualSize.X + panOffsetX, panOffsetY + this.firstPlotInfo.CenterY(plotAreaVirtualSize));
point2 = new RadPoint(plotAreaVirtualSize.Right + panOffsetX, panOffsetY + this.secondPlotInfo.CenterY(plotAreaVirtualSize));
}
var arrangeRect = new RadRect(point1, point2);
this.originalLayoutSlot = arrangeRect;
return(AnnotationHelper.ClipRectangle(arrangeRect, rect, this.StrokeThickness * 2, this.DashPatternLength * this.StrokeThickness));
}
protected override RadRect ArrangeCore(RadRect rect)
{
IChartView view = this.GetChartArea().view;
RadRect plotAreaVirtualSize = new RadRect(rect.X, rect.Y, rect.Width * view.ZoomWidth, rect.Height * view.ZoomHeight);
RadPoint point1, point2;
double panOffsetX = view.PlotOriginX * rect.Width;
double panOffsetY = view.PlotOriginY * rect.Height;
if (this.axis.type == AxisType.First)
{
point1 = new RadPoint(panOffsetX + this.plotInfo.CenterX(plotAreaVirtualSize), plotAreaVirtualSize.Y + panOffsetY);
point2 = new RadPoint(point1.X, plotAreaVirtualSize.Bottom + panOffsetY);
}
else
{
point1 = new RadPoint(plotAreaVirtualSize.X + panOffsetX, panOffsetY + this.plotInfo.CenterY(plotAreaVirtualSize));
point2 = new RadPoint(plotAreaVirtualSize.Right + panOffsetX, point1.Y);
}
this.line = new RadLine(point1, point2);
this.originalLayoutSlot = new RadRect(new RadPoint(this.line.X1, this.line.Y1), new RadPoint(this.line.X2, this.line.Y2));
this.line = AnnotationHelper.ClipGridLine(this.line, rect, this.StrokeThickness * 2, this.DashPatternLength * this.StrokeThickness);
this.line = RadLine.Round(this.line);
return(new RadRect(new RadPoint(this.line.X1, this.line.Y1), new RadPoint(this.line.X2, this.line.Y2)));
}
public override void ArrangeContent(RadSize adjustedfinalSize, double topOffset)
{
bool initialized = false;
var topLeft = new RadPoint(0, 0);
int elementSequenceNumber = 0;
foreach (var pair in this.GetDisplayedElements())
{
var decorators = pair.Value;
RadRect arrangeRect = new RadRect();
double length = this.IsHorizontal ? adjustedfinalSize.Height : adjustedfinalSize.Width;
double itemEnd = 0;
foreach (var decorator in decorators)
{
if (!initialized || elementSequenceNumber != decorator.ItemInfo.Slot)
{
initialized = true;
var offset = decorator.ItemInfo.Slot != 0 ? this.layout.PhysicalOffsetFromSlot(decorator.ItemInfo.Slot - 1) : 0;
elementSequenceNumber = decorator.ItemInfo.Slot;
if (this.IsHorizontal)
{
topLeft.X = offset;
}
else
{
topLeft.Y = offset + topOffset;
}
}
itemEnd = this.layout.PhysicalOffsetFromSlot(decorator.ItemInfo.Slot);
if (this.IsHorizontal)
{
arrangeRect = new RadRect(topLeft.X, topLeft.Y, itemEnd - topLeft.X, length);
}
else
{
arrangeRect = new RadRect(topLeft.X, topLeft.Y, length, itemEnd - topLeft.Y + topOffset);
}
decorator.LayoutSlot = arrangeRect;
this.Owner.Arrange(decorator);
}
if (this.IsHorizontal)
{
topLeft.X += arrangeRect.Width;
}
else
{
topLeft.Y += arrangeRect.Height;
}
elementSequenceNumber++;
}
this.ArrangeFrozenDecorators();
}
protected override RadRect ArrangeCore(RadRect rect)
{
this.radius = rect.Width / 2;
RadPoint center = rect.Center;
AxisPlotInfo anglePlot1 = this.firstPlotInfo;
double angle1 = 0d;
NumericalAxisPlotInfo numericalAnglePlot1 = anglePlot1 as NumericalAxisPlotInfo;
if (numericalAnglePlot1 != null)
{
angle1 = numericalAnglePlot1.ConvertToAngle();
}
else
{
CategoricalAxisPlotInfo categoricalAnglePlot1 = anglePlot1 as CategoricalAxisPlotInfo;
if (categoricalAnglePlot1 != null)
{
angle1 = categoricalAnglePlot1.ConvertToAngle(this.GetChartArea <PolarChartAreaModel>());
}
}
RadPoint arcPoint1 = RadMath.GetArcPoint(angle1, center, this.radius);
this.polarVector1 = new RadPolarVector()
{
Point = arcPoint1, Angle = angle1, Center = center
};
AxisPlotInfo anglePlot2 = this.secondPlotInfo;
double angle2 = 0d;
NumericalAxisPlotInfo numericalAnglePlot2 = anglePlot2 as NumericalAxisPlotInfo;
if (numericalAnglePlot2 != null)
{
angle2 = numericalAnglePlot2.ConvertToAngle();
}
else
{
CategoricalAxisPlotInfo categoricalAnglePlot2 = anglePlot2 as CategoricalAxisPlotInfo;
if (categoricalAnglePlot2 != null)
{
angle2 = categoricalAnglePlot2.ConvertToAngle(this.GetChartArea <PolarChartAreaModel>());
}
}
RadPoint arcPoint2 = RadMath.GetArcPoint(angle2, center, this.radius);
this.polarVector2 = new RadPolarVector()
{
Point = arcPoint2, Angle = angle2, Center = center
};
return(rect);
}
internal static RadPoint GetArcPoint(double angle, RadPoint center, double radius)
{
double angleInRad = angle * RadMath.DegToRadFactor;
double x = center.X + (Math.Cos(angleInRad) * radius);
double y = center.Y - (Math.Sin(angleInRad) * radius);
return(new RadPoint(x, y));
}
internal void UpdateEditRow(ItemInfo info, RadPoint startPosition, bool hasFrozenColumns)
{
this.renderInfo.Update(0, startPosition.Y);
if (!this.initialized)
{
this.initialized = true;
var editRow = this.GetDecorator(new RowGenerationContext(info, false));
editRow.ItemInfo = new ItemInfo {
Item = info.Item, Slot = 1
};
editRow.ReadOnlyRowInfo = info;
this.EditRow = editRow;
var frozenEditRow = this.GetFrozenDecorator(new RowGenerationContext(info, true));
frozenEditRow.ItemInfo = new ItemInfo {
Item = info.Item, Slot = 1
};
frozenEditRow.ReadOnlyRowInfo = info;
this.FrozenEditRow = frozenEditRow;
}
this.generator.PrepareContainerForItem(this.EditRow);
var size = this.table.Measure(this.EditRow);
var height = this.table.GenerateCellsForRow(1, size.Height, this.EditRow);
// var frozenHeight = this.table.GenerateCellsForRow(1, frozenSize.Height, this.FrozenEditRow);
// var updatedHeight = Math.Max(height, frozenHeight);
var updatedHeight = height;
this.renderInfo.Update(1, updatedHeight);
this.EditRow.DesiredSize = new RadSize(size.Width, updatedHeight);
this.EditRow.layoutSlot = new RadRect(startPosition.X, startPosition.Y, this.EditRow.DesiredSize.Width, this.EditRow.DesiredSize.Height);
this.generator.PrepareContainerForItem(this.FrozenEditRow);
var frozenSize = this.table.Measure(this.FrozenEditRow);
this.FrozenEditRow.DesiredSize = new RadSize(size.Width, updatedHeight);
this.FrozenEditRow.layoutSlot = new RadRect(startPosition.X, startPosition.Y, this.FrozenEditRow.DesiredSize.Width, this.FrozenEditRow.DesiredSize.Height);
if (!hasFrozenColumns)
{
this.generator.MakeHidden(this.FrozenEditRow);
}
this.displayedElement = new KeyValuePair <int, List <GridRowModel> >(1, new List <GridRowModel> {
this.EditRow, this.FrozenEditRow
});
}
protected override RadRect ArrangeCore(RadRect rect)
{
double radius = rect.Width / 2;
RadPoint center = rect.Center;
NumericalAxisPlotInfo polarPlot = this.plotInfo as NumericalAxisPlotInfo;
double pointRadius = polarPlot.NormalizedValue * radius;
this.polarLine = new RadCircle(center, pointRadius);
return(this.polarLine.Bounds);
}
/// <summary>
/// Converts the specified data point coordinates to physical coordinates (in pixels) using the specified chart axes.
/// </summary>
/// <param name="data">The data point coordinates according to the specified chart axes.</param>
/// <param name="horizontalAxis">The horizontal axis.</param>
/// <param name="verticalAxis">The vertical axis.</param>
public Point ConvertDataToPoint(Tuple <object, object> data, Axis horizontalAxis, Axis verticalAxis)
{
if (data == null || horizontalAxis == null || verticalAxis == null)
{
return(new Point(double.NaN, double.NaN));
}
RadPoint coordinates = (this.chartArea as CartesianChartAreaModel).ConvertDataToPoint(data, horizontalAxis.model, verticalAxis.model);
return(coordinates.ToPoint());
}
/// <summary>
/// Converts the specified data point coordinates to physical coordinates (in pixels) using the primary chart axes (if any).
/// </summary>
/// <param name="data">The data point coordinates according to the primary chart axes (if any).</param>
public Point ConvertDataToPoint(Tuple <object, object> data)
{
if (data == null)
{
return(new Point(double.NaN, double.NaN));
}
RadPoint coordinates = (this.chartArea as CartesianChartAreaModel).ConvertDataToPoint(data);
return(coordinates.ToPoint());
}
internal RadSize OnArrange(RadSize finalSize)
{
if (!this.isHorizontal)
{
// The CellsController will handle rows and cells arrange
// this.ArrangeFrozenDecorators();
return(finalSize);
}
bool initialized = false;
var topLeft = new RadPoint(0, 0);
int elementSequenceNumber = 0;
foreach (var pair in this.GetDisplayedElements())
{
var decorators = pair.Value;
RadRect arrangeRect = new RadRect();
double length = this.GetElementArrangeLength(pair.Key);
foreach (var decorator in decorators)
{
if (!initialized || elementSequenceNumber != decorator.ItemInfo.Slot)
{
initialized = true;
topLeft.X = decorator.ItemInfo.Slot != 0 ? this.RenderInfo.OffsetFromIndex(decorator.ItemInfo.Slot - 1) : 0;
elementSequenceNumber = decorator.ItemInfo.Slot;
}
int level = decorator.ItemInfo.LayoutInfo.Level;
int indent = 0;
double indentOffset = indent * 20;
double offset = 0;
int temp = level;
while (temp > 0)
{
offset += this.columnWidth[--temp];
}
// the code is executed for Horizontal pool
arrangeRect = new RadRect(topLeft.X, topLeft.Y + offset + indentOffset, length, this.columnWidth[level] - indentOffset);
decorator.layoutSlot = arrangeRect;
this.owner.Arrange(decorator);
}
topLeft.X += arrangeRect.Width;
elementSequenceNumber++;
}
return(finalSize);
}
/// <summary>
/// Converts the specified physical coordinates in pixels to data using the specified chart axes.
/// </summary>
/// <param name="coordinates">The physical coordinates.</param>
/// <param name="horizontalAxis">The horizontal axis.</param>
/// <param name="verticalAxis">The vertical axis.</param>
public Tuple <object, object> ConvertPointToData(Point coordinates, Axis horizontalAxis, Axis verticalAxis)
{
if (horizontalAxis == null || verticalAxis == null || this.chartArea == null)
{
return(new Tuple <object, object>(null, null));
}
RadPoint point = new RadPoint(coordinates.X, coordinates.Y);
var chartArea = this.chartArea as CartesianChartAreaModel;
return(chartArea.ConvertPointToData(point, horizontalAxis.model, verticalAxis.model));
}
protected override RadRect ArrangeCore(RadRect rect)
{
IChartView view = this.GetChartArea().view;
RadRect plotAreaVirtualSize = new RadRect(rect.X, rect.Y, rect.Width * view.ZoomWidth, rect.Height * view.ZoomHeight);
double panOffsetX = view.PlotOriginX * rect.Width;
double panOffsetY = view.PlotOriginY * rect.Height;
RadPoint centerPoint = new RadPoint(panOffsetX + this.firstPlotInfo.CenterX(plotAreaVirtualSize), panOffsetY + this.secondPlotInfo.CenterY(plotAreaVirtualSize));
RadSize desiredSize = this.Measure();
return(new RadRect(centerPoint.X, centerPoint.Y, desiredSize.Width, desiredSize.Height));
}
public static Geometry RenderArc(DoughnutSegmentData context)
{
PathFigure figure = new PathFigure();
figure.IsClosed = true;
figure.IsFilled = true;
RadPoint startPoint = RadMath.GetArcPoint(context.StartAngle, context.Center, context.Radius1);
figure.StartPoint = startPoint.ToPoint();
ArcSegment firstArc = new ArcSegment();
firstArc.Size = new Size(context.Radius1, context.Radius1);
firstArc.IsLargeArc = context.SweepAngle > 180 || context.SweepAngle < -180;
var angle = context.StartAngle;
if (context.SweepDirection == SweepDirection.Clockwise)
{
angle += context.SweepAngle;
}
else
{
angle -= context.SweepAngle;
}
firstArc.SweepDirection = context.SweepAngle > 0 ? context.SweepDirection : context.SweepDirection ^ SweepDirection.Clockwise;
firstArc.Point = RadMath.GetArcPoint(angle, context.Center, context.Radius1).ToPoint();
figure.Segments.Add(firstArc);
LineSegment firstLine = new LineSegment();
firstLine.Point = RadMath.GetArcPoint(angle, context.Center, context.Radius2).ToPoint();
figure.Segments.Add(firstLine);
ArcSegment secondArc = new ArcSegment();
secondArc.Size = new Size(context.Radius2, context.Radius2);
secondArc.IsLargeArc = context.SweepAngle > 180 || context.SweepAngle < -180;
secondArc.SweepDirection = context.SweepAngle > 0 ? context.SweepDirection ^ SweepDirection.Clockwise : context.SweepDirection;
secondArc.Point = RadMath.GetArcPoint(context.StartAngle, context.Center, context.Radius2).ToPoint();
figure.Segments.Add(secondArc);
PathGeometry geometry = new PathGeometry();
geometry.Figures.Add(figure);
return(geometry);
}
private static PathGeometry RenderArc(RadialSegment segment)
{
var layoutSlot = segment.LayoutSlot;
var centerPoint = new RadPoint(layoutSlot.OuterRadius, layoutSlot.OuterRadius);
PathFigure figure = new PathFigure();
figure.IsClosed = true;
figure.IsFilled = true;
// Change the geometry if selected
double outerRadius = layoutSlot.OuterRadius;
RadPoint startPoint = GetArcPoint(layoutSlot.StartAngle, centerPoint, outerRadius);
figure.StartPoint = new Point(startPoint.X, startPoint.Y);
ArcSegment firstArc = new ArcSegment();
firstArc.Size = new Size(outerRadius, outerRadius);
firstArc.IsLargeArc = layoutSlot.SweepAngle > 180;
firstArc.SweepDirection = SweepDirection.Counterclockwise;
var firstArcPoint = GetArcPoint(layoutSlot.StartAngle + layoutSlot.SweepAngle, centerPoint, outerRadius);
firstArc.Point = new Point(firstArcPoint.X, firstArcPoint.Y);
figure.Segments.Add(firstArc);
LineSegment firstLine = new LineSegment();
var firstLinePoint = GetArcPoint(layoutSlot.StartAngle + layoutSlot.SweepAngle, centerPoint, layoutSlot.InnerRadius);
firstLine.Point = new Point(firstLinePoint.X, firstLinePoint.Y);
figure.Segments.Add(firstLine);
ArcSegment secondArc = new ArcSegment();
secondArc.Size = new Size(layoutSlot.InnerRadius, layoutSlot.InnerRadius);
secondArc.IsLargeArc = layoutSlot.SweepAngle > 180;
secondArc.SweepDirection = SweepDirection.Clockwise;
var secondArcPoint = GetArcPoint(layoutSlot.StartAngle, centerPoint, layoutSlot.InnerRadius);
secondArc.Point = new Point(secondArcPoint.X, secondArcPoint.Y);
figure.Segments.Add(secondArc);
PathGeometry geometry = new PathGeometry();
geometry.Figures.Add(figure);
return(geometry);
}
private PathGeometry RenderArrow()
{
if (this.LayoutSlot == null)
{
return(null);
}
this.LayoutSlot.StartAngle = this.Segment.LayoutSlot.StartAngle;
this.LayoutSlot.SweepAngle = this.Segment.LayoutSlot.SweepAngle;
this.LayoutSlot.InnerRadius = this.Segment.LayoutSlot.OuterRadius;
var centerPoint = new RadPoint(this.layoutSlot.InnerRadius, this.layoutSlot.InnerRadius);
PathFigure figure = new PathFigure();
figure.IsClosed = true;
figure.IsFilled = true;
double arrowSize = this.layoutSlot.SweepAngle * (this.arrowThicknessFactorCache / 3.0);
double outerRadius = this.layoutSlot.InnerRadius + 1;
double startAngle = this.layoutSlot.StartAngle + (this.layoutSlot.SweepAngle / 2) - arrowSize;
double endAngle = (this.layoutSlot.StartAngle + this.layoutSlot.SweepAngle) - (this.layoutSlot.SweepAngle / 2) + arrowSize;
RadPoint startPoint = GetArcPoint(startAngle, centerPoint, outerRadius);
figure.StartPoint = new Point(startPoint.X, startPoint.Y);
ArcSegment firstArc = new ArcSegment();
firstArc.Size = new Size(outerRadius, outerRadius);
firstArc.IsLargeArc = this.layoutSlot.SweepAngle > 180;
firstArc.SweepDirection = SweepDirection.Counterclockwise;
var firstArcPoint = GetArcPoint(endAngle, centerPoint, outerRadius);
firstArc.Point = new Point(firstArcPoint.X, firstArcPoint.Y);
figure.Segments.Add(firstArc);
LineSegment firstLine = new LineSegment();
var firstLinePoint = GetArcPoint((startAngle + endAngle) / 2, centerPoint, this.layoutSlot.InnerRadius - arrowSize * 2);
firstLine.Point = new Point(firstLinePoint.X, firstLinePoint.Y);
figure.Segments.Add(firstLine);
PathGeometry geometry = new PathGeometry();
geometry.Figures.Add(figure);
return(geometry);
}
private void ArrangeArrowGlyph()
{
this.arrowGlyph.Measure(new Size(double.PositiveInfinity, double.PositiveInfinity));
var centerPoint = new RadPoint(this.Model.LayoutSlot.OuterRadius - 1, this.Model.LayoutSlot.OuterRadius - 1);
var middleRadius = (this.Model.LayoutSlot.OuterRadius - this.Model.LayoutSlot.InnerRadius) / 2 + this.Model.LayoutSlot.InnerRadius + this.arrowGlyph.ActualHeight / 2;
var atangAngle = Math.Atan(this.arrowGlyph.ActualWidth / middleRadius) * 180 / Math.PI;
var itemCenterAngle = (this.Model.LayoutSlot.SweepAngle / 2 + this.model.LayoutSlot.StartAngle) + atangAngle / 2;
RadPoint startPoint = GetArcPoint(itemCenterAngle, centerPoint, middleRadius);
this.arrowGlyph.Margin = new Thickness(startPoint.X, startPoint.Y, 0, 0);
}
private static void UpdateDataPointsInSelectionRectangle(RadCartesianChart chart)
{
Point fromPosition = GetFromPosition(chart);
Point toPosition = GetToPosition(chart);
Rect rect = new Rect(fromPosition, toPosition);
foreach (CategoricalSeries series in chart.Series)
{
foreach (CategoricalDataPoint dp in series.DataPoints)
{
RadPoint point = dp.LayoutSlot.Center;
dp.IsSelected = rect.Contains(new Point(point.X, point.Y));
}
}
}
internal override void UpdateAxisLine(ChartLayoutContext context)
{
PolarChartAreaModel chartArea = this.chart.chartArea as PolarChartAreaModel;
double angle = chartArea.NormalizeAngle(0);
RadPoint center = chartArea.plotArea.layoutSlot.Center;
RadPoint point = RadMath.GetArcPoint(angle, center, chartArea.plotArea.layoutSlot.Width / 2);
double antiAliasOffset = this.model.LineThickness % 2 == 1 ? 0.5 : 0;
this.line.X1 = center.X;
this.line.Y1 = center.Y - antiAliasOffset;
this.line.X2 = point.X;
this.line.Y2 = point.Y - antiAliasOffset;
base.UpdateAxisLine(context);
}