com.aspose.slides

Interfaces

Classes

Exceptions

com.aspose.slides

Interface IChartSeries

    • Method Detail

      • getExplosion

        int getExplosion()

        The distance of an open pie slice from the center of the pie chart is expressed as a percentage of the pie diameter. Read/write int.

      • setExplosion

        void setExplosion(int value)

        The distance of an open pie slice from the center of the pie chart is expressed as a percentage of the pie diameter. Read/write int.

      • getSmooth

        boolean getSmooth()

        Represents curve smoothing. True if curve smoothing is turned on for the line chart or scatter chart. Applies only to line and scatter connected by lines charts. Read/write boolean.

      • setSmooth

        void setSmooth(boolean value)

        Represents curve smoothing. True if curve smoothing is turned on for the line chart or scatter chart. Applies only to line and scatter connected by lines charts. Read/write boolean.

      • getMarker

        IMarker getMarker()

        Return series marker. Read-only IMarker.

      • getBar3DShape

        int getBar3DShape()

        Specifies the shape of a series of a 3-D bar chart. Changing of value of this property can cause to automatically changing Type of series. Read/write ChartShapeType.

      • setBar3DShape

        void setBar3DShape(int value)

        Specifies the shape of a series of a 3-D bar chart. Changing of value of this property can cause to automatically changing Type of series. Read/write ChartShapeType.

      • getType

        int getType()

        Returns a type of this series. Read/write ChartType.

      • setType

        void setType(int value)

        Returns a type of this series. Read/write ChartType.

      • getFormat

        IFormat getFormat()

        Returns the format of a series. Read-only IFormat.

      • getOrder

        int getOrder()

        Returns the order of a series. Read/write int.

      • setOrder

        void setOrder(int value)

        Returns the order of a series. Read/write int.

      • getErrorBarsXFormat

        IErrorBarsFormat getErrorBarsXFormat()

        Represents ErrorBars of series with derection X. Read-only IErrorBarsFormat.


        ErrorBars with X direction are avalible for series of type area, bar, scatter and bubble. For any other types of chart this property returns null (including 3D charts). In case of custom values use DataPoints collection to specify value (with IChartDataPoint.ErrorBarsCustomValues(IChartDataPoint.getErrorBarsCustomValues()) property).

      • getErrorBarsYFormat

        IErrorBarsFormat getErrorBarsYFormat()

        Represents ErrorBars of series with derection Y. Read-only IErrorBarsFormat.


        ErrorBars with Y direction are avalible for series of type area, bar, line, scatter and bubble. For any other types of chart this property returns null (including 3D charts). In case of custom values use DataPoints collection to specify value (with IChartDataPoint.ErrorBarsCustomValues(IChartDataPoint.getErrorBarsCustomValues()) property).

      • getPlotOnSecondAxis

        boolean getPlotOnSecondAxis()

        Indicates if this series is plotted on second value axis. Read/write boolean.

      • setPlotOnSecondAxis

        void setPlotOnSecondAxis(boolean value)

        Indicates if this series is plotted on second value axis. Read/write boolean.

      • getNumberFormatOfValues

        java.lang.String getNumberFormatOfValues()

        Returns or sets the number format for series values. Read/write String.

      • setNumberFormatOfValues

        void setNumberFormatOfValues(java.lang.String value)

        Returns or sets the number format for series values. Read/write String.

      • getNumberFormatOfXValues

        java.lang.String getNumberFormatOfXValues()

        Returns or sets the number format for series x values. Read/write String.

      • setNumberFormatOfXValues

        void setNumberFormatOfXValues(java.lang.String value)

        Returns or sets the number format for series x values. Read/write String.

      • getNumberFormatOfYValues

        java.lang.String getNumberFormatOfYValues()

        Returns or sets the number format for series y values. Read/write String.

      • setNumberFormatOfYValues

        void setNumberFormatOfYValues(java.lang.String value)

        Returns or sets the number format for series y values. Read/write String.

      • getNumberFormatOfBubbleSizes

        java.lang.String getNumberFormatOfBubbleSizes()

        Returns or sets the number format for series bubble sizes. Read/write String.

      • setNumberFormatOfBubbleSizes

        void setNumberFormatOfBubbleSizes(java.lang.String value)

        Returns or sets the number format for series bubble sizes. Read/write String.

      • getInvertIfNegative

        boolean getInvertIfNegative()

        Specifies the bar, column or bubble series shall invert its colors if the value is negative. Read/write boolean.

      • setInvertIfNegative

        void setInvertIfNegative(boolean value)

        Specifies the bar, column or bubble series shall invert its colors if the value is negative. Read/write boolean.

      • getInvertedSolidFillColor

        IColorFormat getInvertedSolidFillColor()

        Specifies invert solid color for series. To apply color setting set series format FillType to FillType.Solid. Read/write IColorFormat.

      • getAutomaticSeriesColor

        java.awt.Color getAutomaticSeriesColor()

        Returns an automatic color of series based on series index and chart style. This color is used by default if FillType equals NotDefined.

        Returns:
        Automatic series color.
      • getShowInnerPoints

        boolean getShowInnerPoints()

        Represents inner points. True if inner points are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • setShowInnerPoints

        void setShowInnerPoints(boolean value)

        Represents inner points. True if inner points are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • getShowOutlierPoints

        boolean getShowOutlierPoints()

        Represents outlier points. True if outlier points are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • setShowOutlierPoints

        void setShowOutlierPoints(boolean value)

        Represents outlier points. True if outlier points are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • getShowMeanMarkers

        boolean getShowMeanMarkers()

        Represents mean markers. True if mean markers are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • setShowMeanMarkers

        void setShowMeanMarkers(boolean value)

        Represents mean markers. True if mean markers are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • getShowMeanLine

        boolean getShowMeanLine()

        Represents mean markers. True if mean line are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • setShowMeanLine

        void setShowMeanLine(boolean value)

        Represents mean markers. True if mean line are shown on the BoxAndWhisker chart. Applies only to BoxAndWhisker charts. Read/write boolean.

      • getQuartileMethod

        int getQuartileMethod()

        Represents quartile method. Applies only to BoxAndWhisker charts.

      • setQuartileMethod

        void setQuartileMethod(int value)

        Represents quartile method. Applies only to BoxAndWhisker charts.

      • getShowConnectorLines

        boolean getShowConnectorLines()

        Represents connector lines. Applies only to Waterfall charts.

      • setShowConnectorLines

        void setShowConnectorLines(boolean value)

        Represents connector lines. Applies only to Waterfall charts.

      • getParentLabelLayout

        int getParentLabelLayout()

        Represents layout of parent category labels. Applies only to Treemap charts.

      • setParentLabelLayout

        void setParentLabelLayout(int value)

        Represents layout of parent category labels. Applies only to Treemap charts.

      • getBubbleSizeScale

        int getBubbleSizeScale()

        Specifies the scale factor for the bubble chart (can be between 0 and 300 percents of the default size). This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.BubbleSizeScale read/write property for change value.


        This is the projection of the property ParentSeriesGroup.BubbleSizeScale.

      • hasUpDownBars

        boolean hasUpDownBars()

        Determines whether Line- or Stock-chart has a up/down bars. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.UpDownBars.HasUpDownBars read/write property for change value. Use ParentSeriesGroup.UpDownBars property for format up/down bars. Read-only boolean.


        This is the projection of the property ParentSeriesGroup.UpDownBars.HasUpDownBars.

      • getGapWidth

        int getGapWidth()

        Specifies the space between bar or column clusters, as a percentage of the bar or column width. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.GapWidth read/write property for change value. Read-only int.


        This is the projection of the property ParentSeriesGroup.GapWidth.

      • getGapDepth

        int getGapDepth()

        Returns or sets the distance, as a percentage of the marker width, between the data series in a 3D chart. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.GapDepth read/write property for change value. Read-only int.


        This is the projection of the property ParentSeriesGroup.GapDepth.

      • isColorVaried

        boolean isColorVaried()

        Specifies that each data marker in the series has a different color. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.IsColorVaried read/write property for change value. Read-only boolean.


        This is the projection of the property ParentSeriesGroup.IsColorVaried.

      • hasSeriesLines

        boolean hasSeriesLines()

        Determines whether there are series lines for this series and kindred series. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.HasSeriesLines read/write property for change value. Use ParentSeriesGroup.SeriesLinesFormat property for format series lines. Read-only boolean.


        This is the projection of the property ParentSeriesGroup.HasSeriesLines.

      • getOverlap

        byte getOverlap()

        Specifies how much bars and columns shall overlap on 2-D charts (from -100 to 100). This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.Overlap read/write property for change value. Read-only byte.


        This is the projection of the property ParentSeriesGroup.Overlap.

      • getSecondPieSize

        int getSecondPieSize()

        Specifies the size of the second pie or bar of a pie-of-pie chart or a bar-of-pie chart, as a percentage of the size of the first pie (can be between 5 and 200 percents). This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.SecondPieSize read/write property for change value. Read-only int.


        This is the projection of the property ParentSeriesGroup.SecondPieSize.

      • getPieSplitPosition

        double getPieSplitPosition()

        Specifies a value that shall be used to determine which data points are in the second pie or bar on a pie-of-pie or bar-of-pie chart. Is used together with PieSplitBy property. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.PieSplitPosition read/write property for change value. Read-only double.


        This is the projection of the property ParentSeriesGroup.PieSplitPosition.

      • getPieSplitBy

        int getPieSplitBy()

        Specifies how to determine which data points are in the second pie or bar on a pie-of-pie or bar-of-pie chart. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.PieSplitBy read/write property for change value. Read-only PieSplitType.


        1) This is the projection of the property ParentSeriesGroup.PieSplitBy. 2) If property value is PieSplitBy.Custom then you can define custom split information with ParentSeriesGroup.PieSplitCustomPoints property.

      • getDoughnutHoleSize

        byte getDoughnutHoleSize()

        Specifies the size of the hole in a doughnut chart (can be between 10 and 90 percents of the size of the plot area.). This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.DoughnutHoleSize read/write property for change value. Read-only byte.


        This is the projection of the property ParentSeriesGroup.DoughnutHoleSize.

      • getFirstSliceAngle

        int getFirstSliceAngle()

        Specifies the angle of the first pie or doughnut chart slice, in degrees (clockwise from up, from 0 to 360 degrees). This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property. And so this property is read-only. Use ParentSeriesGroup property for access to parent series group. Use ParentSeriesGroup.FirstSliceAngle read/write property for change value. Read-only int.


        This is the projection of the property ParentSeriesGroup.FirstSliceAngle.

      • getPieSplitCustomPoints

        IPieSplitCustomPointCollection getPieSplitCustomPoints()

        The custom split information for a pie-of-pie or bar-of-pie chart with a custom split. Contains data points that shall be drawn in the second pie or bar in a pie-of-pie or bar-of-pie chart. This is the property not only of this series but of all series of parent series group - this is projection of appropriate group property Read-only IPieSplitCustomPointCollection.


        This is the projection of the property ParentSeriesGroup.PieSplitCustomPoints.