Class ChartStackingLine100Type

Represents stacking 100% line type.

Inheritance
System.Object
ChartType
ChartLineType
ChartStackingLineType
ChartStackingLine100Type
Implements
System.IDisposable
Inherited Members
System.Object.Equals(System.Object)
System.Object.Equals(System.Object, System.Object)
System.Object.GetHashCode()
System.Object.GetType()
System.Object.MemberwiseClone()
System.Object.ReferenceEquals(System.Object, System.Object)
Namespace: Syncfusion.Windows.Chart
Assembly: Syncfusion.Chart.Wpf.dll
Syntax
public class ChartStackingLine100Type : ChartStackingLineType, IDisposable
Remarks

In the 100 % Stacked Line Chart, the cumulative proportion of each stacked element always totals 100%. This type of chart is great to visualize the relative contribution of each series values to the whole.

Constructors

ChartStackingLine100Type()

Declaration
public ChartStackingLine100Type()

Fields

RequiresNegativeSeriesStackProperty

Identifies the RequiresNegativeSeriesStack dependency property.

Declaration
public static readonly DependencyProperty RequiresNegativeSeriesStackProperty
Field Value
Type
System.Windows.DependencyProperty

ShowValueAsProbabilityProperty

Identifies ShowValueAsProbability attached dependency property.

Declaration
public static readonly DependencyProperty ShowValueAsProbabilityProperty
Field Value
Type
System.Windows.DependencyProperty

Properties

Flags

Gets chart type flags. This is a dependency property.

Declaration
protected override ChartType.ChartTypeFlags Flags { get; }
Property Value
Type
ChartType.ChartTypeFlags
Overrides

Methods

CalculateSegments(ChartSeries, ChartIndexedDataPoint[])

Calculates the segments.

Declaration
protected override void CalculateSegments(ChartSeries series, ChartIndexedDataPoint[] points)
Parameters
Type Name Description
ChartSeries series

The series.
Syncfusion.Windows.Chart.ChartIndexedDataPoint[] points

The points.
Overrides

GetRequiresNegativeSeriesStack(ChartArea)

Returns whether the positive and negative series should be separately stacked.

Declaration
public static bool GetRequiresNegativeSeriesStack(ChartArea area)
Parameters
Type Name Description
ChartArea area

The ChartArea where the stacking should happen.
Returns
Type Description
System.Boolean

True indicates the positive and negative series are stacked separately.

GetShowValueAsProbability(ChartArea)

Gets the show value as probability.

Declaration
public static bool GetShowValueAsProbability(ChartArea area)
Parameters
Type Name Description
ChartArea area

The area value.
Returns
Type Description
System.Boolean

True is the value is to be displayed as probability

SetRequiresNegativeSeriesStack(ChartArea, Boolean)

Specifies that the positive and negative series should be separately stacked.

Declaration
public static void SetRequiresNegativeSeriesStack(ChartArea area, bool value)
Parameters
Type Name Description
ChartArea area

The ChartArea where the stacking should happen.
System.Boolean value

True to stack separately, false otherwise.
See Also

SetShowValueAsProbability(ChartArea, Boolean)

Sets the show value as probability.

Declaration
public static void SetShowValueAsProbability(ChartArea area, bool value)
Parameters
Type Name Description
ChartArea area

The ChartArea.
System.Boolean value

if set to true [value].

ToString()

Converts ChartStackingLine100Type to string

Declaration
public override string ToString()
Returns
Type Description
System.String

The string
Overrides
See Also

UpdateSegments(ChartSeries, ChartIndexedDataPoint[])

Updates the segments.

Declaration
protected override void UpdateSegments(ChartSeries series, ChartIndexedDataPoint[] points)
Parameters
Type Name Description
ChartSeries series

The Chart Series
Syncfusion.Windows.Chart.ChartIndexedDataPoint[] points

The series points
Overrides
See Also

Implements

System.IDisposable

See Also