IAxis

All Implemented Interfaces: com.aspose.slides.IFormattedTextContainer

public interface IAxis extends IFormattedTextContainer

Encapsulates the object that represents a chart’s axis.

Methods

Method	Description
getAxisBetweenCategories()	Represents if the value axis crosses the category axis between categories.
setAxisBetweenCategories(boolean value)	Represents if the value axis crosses the category axis between categories.
getCrossAt()	Represents the point on the axis where the perpendicular axis crosses it.
setCrossAt(float value)	Represents the point on the axis where the perpendicular axis crosses it.
getDisplayUnit()	Specifies the scaling value of the display units for the value axis.
setDisplayUnit(int value)	Specifies the scaling value of the display units for the value axis.
getActualMaxValue()	Specifies actual maximum value on the axis.
getActualMinValue()	Specifies actual minimum value on the axis.
getActualMajorUnit()	Specifies actual major unit of the axis.
getActualMinorUnit()	Specifies actual minor unit of the axis.
getActualMajorUnitScale()	Specifies actual major unit scale of the axis.
getActualMinorUnitScale()	Specifies actual minor unit scale of the axis.
isAutomaticMaxValue()	Indicates whether the max value is automatically assigned.
setAutomaticMaxValue(boolean value)	Indicates whether the max value is automatically assigned.
getMaxValue()	Represents the maximum value on the value axis.
setMaxValue(double value)	Represents the maximum value on the value axis.
getMinorUnit()	Represents the minor units for the date or value axis.
setMinorUnit(double value)	Represents the minor units for the date or value axis.
isAutomaticMinorUnit()	Indicates whether the minor unit of the axis is automatically assigned.
setAutomaticMinorUnit(boolean value)	Indicates whether the minor unit of the axis is automatically assigned.
getMajorUnit()	Represents the major units for the date or value axis.
setMajorUnit(double value)	Represents the major units for the date or value axis.
isAutomaticMajorUnit()	Indicates whether the major unit of the axis is automatically assigned.
setAutomaticMajorUnit(boolean value)	Indicates whether the major unit of the axis is automatically assigned.
isAutomaticMinValue()	Indicates whether the min value is automatically assigned.
setAutomaticMinValue(boolean value)	Indicates whether the min value is automatically assigned.
getMinValue()	Represents the minimum value on the value axis.
setMinValue(double value)	Represents the minimum value on the value axis.
isLogarithmic()	Represents if the value axis scale type is logarithmic or not.
setLogarithmic(boolean value)	Represents if the value axis scale type is logarithmic or not.
getLogBase()	Represents the logarithmic base.
setLogBase(double value)	Represents the logarithmic base.
isPlotOrderReversed()	Represents if MS PowerPoint plots data points from last to first.
setPlotOrderReversed(boolean value)	Represents if MS PowerPoint plots data points from last to first.
isVisible()	Represents if the axis is visible.
setVisible(boolean value)	Represents if the axis is visible.
getMajorTickMark()	Represents the type of major tick mark for the specified axis.
setMajorTickMark(int value)	Represents the type of major tick mark for the specified axis.
getMinorTickMark()	Represents the type of minor tick mark for the specified axis.
setMinorTickMark(int value)	Represents the type of minor tick mark for the specified axis.
getTickLabelPosition()	Represents the position of tick-mark labels on the specified axis.
setTickLabelPosition(int value)	Represents the position of tick-mark labels on the specified axis.
getMajorUnitScale()	Represents the major unit scale for the date axis.
setMajorUnitScale(int value)	Represents the major unit scale for the date axis.
getMinorUnitScale()	Represents the major unit scale for the date axis.
setMinorUnitScale(int value)	Represents the major unit scale for the date axis.
getBaseUnitScale()	Specifies the smallest time unit that is represented on the date axis.
setBaseUnitScale(int value)	Specifies the smallest time unit that is represented on the date axis.
getMinorGridLinesFormat()	Represents minor gridlines format on a chart axis.
getMajorGridLinesFormat()	Represents major gridlines format on a chart axis.
getShowMinorGridLines()	Represents if the minor gridlines showed.
getShowMajorGridLines()	Represents if the major gridlines showed.
getFormat()	Represents format of axis.
getTitle()	Gets the axis’ title.
getCrossType()	Represents the CrossType on the specified axis where the other axis crosses.
setCrossType(int value)	Represents the CrossType on the specified axis where the other axis crosses.
getPosition()	Represents position of axis.
setPosition(int value)	Represents position of axis.
hasTitle()	Determines whether a axis has a visible title.
setTitle(boolean value)	Determines whether a axis has a visible title.
getNumberFormat()	Represents the format string for the Axis Labels.
setNumberFormat(String value)	Represents the format string for the Axis Labels.
isNumberFormatLinkedToSource()	Indicates whether the format is linked source data.
setNumberFormatLinkedToSource(boolean value)	Indicates whether the format is linked source data.
getTickLabelRotationAngle()	Represents the rotation angle of tick labels Read/write float.
setTickLabelRotationAngle(float value)	Represents the rotation angle of tick labels Read/write float.
getTickLabelSpacing()	Specifies how many tick labels to skip between label that is drawn.
setTickLabelSpacing(long value)	Specifies how many tick labels to skip between label that is drawn.
isAutomaticTickLabelSpacing()	Specifies automatic tick label spacing value.
setAutomaticTickLabelSpacing(boolean value)	Specifies automatic tick label spacing value.
getTickMarksSpacing()	Specifies how many tick marks shall be skipped before the next one shall be drawn.
setTickMarksSpacing(long value)	Specifies how many tick marks shall be skipped before the next one shall be drawn.
isAutomaticTickMarksSpacing()	Specifies automatic tick marks spacing value.
setAutomaticTickMarksSpacing(boolean value)	Specifies automatic tick marks spacing value.
getLabelOffset()	Specifies the distance of labels from the axis.
setLabelOffset(int value)	Specifies the distance of labels from the axis.
getCategoryAxisType()	Specifies the type of the category axis.
setCategoryAxisType(int value)	Specifies the type of the category axis.
setCategoryAxisTypeAutomatically()	Sets IAxis.CategoryAxisType property with a value that is automatically determined based on axis data.
getAggregationType()	Represents aggregation type of category axis (binning).
setAggregationType(int value)	Represents aggregation type of category axis (binning).
getBinWidth()	Specifies bin width when AggregationType property value setted to AxisAggregationType.ByBinWidth.
setBinWidth(double value)	Specifies bin width when AggregationType property value setted to AxisAggregationType.ByBinWidth.
getNumberOfBins()	Specifies number of bins when AggregationType property value setted to AxisAggregationType.ByNumberOfBins.
setNumberOfBins(long value)	Specifies number of bins when AggregationType property value setted to AxisAggregationType.ByNumberOfBins.
isOverflowBin()	Specifies if overflow bin applied.
setOverflowBin(boolean value)	Specifies if overflow bin applied.
isAutomaticOverflowBin()	Specifies automatic overflow bin value.
setAutomaticOverflowBin(boolean value)	Specifies automatic overflow bin value.
getOverflowBin()	Specifies overflow bin custom value.
setOverflowBin(double value)	Specifies overflow bin custom value.
isUnderflowBin()	Specifies if underflow bin applied.
setUnderflowBin(boolean value)	Specifies if underflow bin applied.
isAutomaticUnderflowBin()	Specifies automatic underflow bin value.
setAutomaticUnderflowBin(boolean value)	Specifies automatic underflow bin value.
getUnderflowBin()	Specifies underflow bin custom value.
setUnderflowBin(double value)	Specifies underflow bin custom value.

getAxisBetweenCategories()

public abstract boolean getAxisBetweenCategories()

Represents if the value axis crosses the category axis between categories. This property applies only to category axes, and it doesn’t apply to 3-D charts. Read/write boolean.

Returns: boolean

setAxisBetweenCategories(boolean value)

public abstract void setAxisBetweenCategories(boolean value)

Represents if the value axis crosses the category axis between categories. This property applies only to category axes, and it doesn’t apply to 3-D charts. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getCrossAt()

public abstract float getCrossAt()

Represents the point on the axis where the perpendicular axis crosses it. Read/write float.

Returns: float

setCrossAt(float value)

public abstract void setCrossAt(float value)

Represents the point on the axis where the perpendicular axis crosses it. Read/write float.

Parameters:

Parameter	Type	Description
value	float

getDisplayUnit()

public abstract int getDisplayUnit()

Specifies the scaling value of the display units for the value axis. Read/write DisplayUnitType.

Returns: int

setDisplayUnit(int value)

public abstract void setDisplayUnit(int value)

Specifies the scaling value of the display units for the value axis. Read/write DisplayUnitType.

Parameters:

Parameter	Type	Description
value	int

getActualMaxValue()

public abstract double getActualMaxValue()

Specifies actual maximum value on the axis. Call method IChart.ValidateChartLayout() previously to get actual value.

Returns: double

getActualMinValue()

public abstract double getActualMinValue()

Specifies actual minimum value on the axis. Call method IChart.ValidateChartLayout() previously to get actual value.

Returns: double

getActualMajorUnit()

public abstract double getActualMajorUnit()

Specifies actual major unit of the axis. Call method IChart.ValidateChartLayout() previously to get actual value.

Returns: double

getActualMinorUnit()

public abstract double getActualMinorUnit()

Specifies actual minor unit of the axis. Call method IChart.ValidateChartLayout() previously to get actual value.

Returns: double

getActualMajorUnitScale()

public abstract int getActualMajorUnitScale()

Specifies actual major unit scale of the axis. Call method IChart.ValidateChartLayout() previously to get actual value.

Returns: int

getActualMinorUnitScale()

public abstract int getActualMinorUnitScale()

Specifies actual minor unit scale of the axis. Call method IChart.ValidateChartLayout() previously to get actual value.

Returns: int

isAutomaticMaxValue()

public abstract boolean isAutomaticMaxValue()

Indicates whether the max value is automatically assigned. Read/write boolean.

Returns: boolean

setAutomaticMaxValue(boolean value)

public abstract void setAutomaticMaxValue(boolean value)

Indicates whether the max value is automatically assigned. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getMaxValue()

public abstract double getMaxValue()

Represents the maximum value on the value axis. Read/write double.

Returns: double

setMaxValue(double value)

public abstract void setMaxValue(double value)

Represents the maximum value on the value axis. Read/write double.

Parameters:

Parameter	Type	Description
value	double

getMinorUnit()

public abstract double getMinorUnit()

Represents the minor units for the date or value axis. Read/write double.

Returns: double

setMinorUnit(double value)

public abstract void setMinorUnit(double value)

Represents the minor units for the date or value axis. Read/write double.

Parameters:

Parameter	Type	Description
value	double

isAutomaticMinorUnit()

public abstract boolean isAutomaticMinorUnit()

Indicates whether the minor unit of the axis is automatically assigned. Read/write boolean.

Returns: boolean

setAutomaticMinorUnit(boolean value)

public abstract void setAutomaticMinorUnit(boolean value)

Indicates whether the minor unit of the axis is automatically assigned. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getMajorUnit()

public abstract double getMajorUnit()

Represents the major units for the date or value axis. Read/write double.

Returns: double

setMajorUnit(double value)

public abstract void setMajorUnit(double value)

Represents the major units for the date or value axis. Read/write double.

Parameters:

Parameter	Type	Description
value	double

isAutomaticMajorUnit()

public abstract boolean isAutomaticMajorUnit()

Indicates whether the major unit of the axis is automatically assigned. Read/write boolean.

Returns: boolean

setAutomaticMajorUnit(boolean value)

public abstract void setAutomaticMajorUnit(boolean value)

Indicates whether the major unit of the axis is automatically assigned. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

isAutomaticMinValue()

public abstract boolean isAutomaticMinValue()

Indicates whether the min value is automatically assigned. Read/write boolean.

Returns: boolean

setAutomaticMinValue(boolean value)

public abstract void setAutomaticMinValue(boolean value)

Indicates whether the min value is automatically assigned. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getMinValue()

public abstract double getMinValue()

Represents the minimum value on the value axis. Read/write double.

Returns: double

setMinValue(double value)

public abstract void setMinValue(double value)

Represents the minimum value on the value axis. Read/write double.

Parameters:

Parameter	Type	Description
value	double

isLogarithmic()

public abstract boolean isLogarithmic()

Represents if the value axis scale type is logarithmic or not. Read/write boolean.

Returns: boolean

setLogarithmic(boolean value)

public abstract void setLogarithmic(boolean value)

Represents if the value axis scale type is logarithmic or not. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getLogBase()

public abstract double getLogBase()

Represents the logarithmic base. Default value is 10. Read/write double.

Returns: double

setLogBase(double value)

public abstract void setLogBase(double value)

Represents the logarithmic base. Default value is 10. Read/write double.

Parameters:

Parameter	Type	Description
value	double

isPlotOrderReversed()

public abstract boolean isPlotOrderReversed()

Represents if MS PowerPoint plots data points from last to first. Read/write boolean.

Returns: boolean

setPlotOrderReversed(boolean value)

public abstract void setPlotOrderReversed(boolean value)

Represents if MS PowerPoint plots data points from last to first. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

isVisible()

public abstract boolean isVisible()

Represents if the axis is visible. Read/write boolean.

Returns: boolean

setVisible(boolean value)

public abstract void setVisible(boolean value)

Represents if the axis is visible. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getMajorTickMark()

public abstract int getMajorTickMark()

Represents the type of major tick mark for the specified axis. Read/write TickMarkType.

Returns: int

setMajorTickMark(int value)

public abstract void setMajorTickMark(int value)

Represents the type of major tick mark for the specified axis. Read/write TickMarkType.

Parameters:

Parameter	Type	Description
value	int

getMinorTickMark()

public abstract int getMinorTickMark()

Represents the type of minor tick mark for the specified axis. Read/write TickMarkType.

Returns: int

setMinorTickMark(int value)

public abstract void setMinorTickMark(int value)

Represents the type of minor tick mark for the specified axis. Read/write TickMarkType.

Parameters:

Parameter	Type	Description
value	int

getTickLabelPosition()

public abstract int getTickLabelPosition()

Represents the position of tick-mark labels on the specified axis. Read/write TickLabelPositionType.

Returns: int

setTickLabelPosition(int value)

public abstract void setTickLabelPosition(int value)

Represents the position of tick-mark labels on the specified axis. Read/write TickLabelPositionType.

Parameters:

Parameter	Type	Description
value	int

getMajorUnitScale()

public abstract int getMajorUnitScale()

Represents the major unit scale for the date axis. Read/write TimeUnitType.

Returns: int

setMajorUnitScale(int value)

public abstract void setMajorUnitScale(int value)

Represents the major unit scale for the date axis. Read/write TimeUnitType.

Parameters:

Parameter	Type	Description
value	int

getMinorUnitScale()

public abstract int getMinorUnitScale()

Represents the major unit scale for the date axis. Read/write TimeUnitType.

Returns: int

setMinorUnitScale(int value)

public abstract void setMinorUnitScale(int value)

Represents the major unit scale for the date axis. Read/write TimeUnitType.

Parameters:

Parameter	Type	Description
value	int

getBaseUnitScale()

public abstract int getBaseUnitScale()

Specifies the smallest time unit that is represented on the date axis. Read/write TimeUnitType.

Returns: int

setBaseUnitScale(int value)

public abstract void setBaseUnitScale(int value)

Specifies the smallest time unit that is represented on the date axis. Read/write TimeUnitType.

Parameters:

Parameter	Type	Description
value	int

getMinorGridLinesFormat()

public abstract IChartLinesFormat getMinorGridLinesFormat()

Represents minor gridlines format on a chart axis. Read-only IChartLinesFormat.

Returns: IChartLinesFormat

getMajorGridLinesFormat()

public abstract IChartLinesFormat getMajorGridLinesFormat()

Represents major gridlines format on a chart axis. Read-only IChartLinesFormat.

Returns: IChartLinesFormat

getShowMinorGridLines()

public abstract boolean getShowMinorGridLines()

Represents if the minor gridlines showed. Read-only boolean.

Returns: boolean

getShowMajorGridLines()

public abstract boolean getShowMajorGridLines()

Represents if the major gridlines showed. Read-only boolean.

Returns: boolean

getFormat()

public abstract IAxisFormat getFormat()

Represents format of axis. Read-only IAxisFormat.

Returns: IAxisFormat

getTitle()

public abstract IChartTitle getTitle()

Gets the axis’ title. Read-only IChartTitle.

Returns: IChartTitle

getCrossType()

public abstract int getCrossType()

Represents the CrossType on the specified axis where the other axis crosses. Read/write CrossesType.

Returns: int

setCrossType(int value)

public abstract void setCrossType(int value)

Represents the CrossType on the specified axis where the other axis crosses. Read/write CrossesType.

Parameters:

Parameter	Type	Description
value	int

getPosition()

public abstract int getPosition()

Represents position of axis. Read/write AxisPositionType.

Returns: int

setPosition(int value)

public abstract void setPosition(int value)

Represents position of axis. Read/write AxisPositionType.

Parameters:

Parameter	Type	Description
value	int

hasTitle()

public abstract boolean hasTitle()

Determines whether a axis has a visible title. Read/write boolean.

Returns: boolean

setTitle(boolean value)

public abstract void setTitle(boolean value)

Determines whether a axis has a visible title. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getNumberFormat()

public abstract String getNumberFormat()

Represents the format string for the Axis Labels. Read/write String.

Returns: java.lang.String

setNumberFormat(String value)

public abstract void setNumberFormat(String value)

Represents the format string for the Axis Labels. Read/write String.

Parameters:

Parameter	Type	Description
value	java.lang.String

isNumberFormatLinkedToSource()

public abstract boolean isNumberFormatLinkedToSource()

Indicates whether the format is linked source data. Read/write boolean.

Returns: boolean

setNumberFormatLinkedToSource(boolean value)

public abstract void setNumberFormatLinkedToSource(boolean value)

Indicates whether the format is linked source data. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getTickLabelRotationAngle()

public abstract float getTickLabelRotationAngle()

Represents the rotation angle of tick labels Read/write float.

Returns: float

setTickLabelRotationAngle(float value)

public abstract void setTickLabelRotationAngle(float value)

Represents the rotation angle of tick labels Read/write float.

Parameters:

Parameter	Type	Description
value	float

getTickLabelSpacing()

public abstract long getTickLabelSpacing()

Specifies how many tick labels to skip between label that is drawn. Read/write long.

Returns: long

setTickLabelSpacing(long value)

public abstract void setTickLabelSpacing(long value)

Specifies how many tick labels to skip between label that is drawn. Read/write long.

Parameters:

Parameter	Type	Description
value	long

isAutomaticTickLabelSpacing()

public abstract boolean isAutomaticTickLabelSpacing()

Specifies automatic tick label spacing value. If false: use TickLabelSpacing property. Read/write boolean.

Returns: boolean

setAutomaticTickLabelSpacing(boolean value)

public abstract void setAutomaticTickLabelSpacing(boolean value)

Specifies automatic tick label spacing value. If false: use TickLabelSpacing property. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getTickMarksSpacing()

public abstract long getTickMarksSpacing()

Specifies how many tick marks shall be skipped before the next one shall be drawn. Applied to category or series axis. Read/write int.

Returns: long

setTickMarksSpacing(long value)

public abstract void setTickMarksSpacing(long value)

Specifies how many tick marks shall be skipped before the next one shall be drawn. Applied to category or series axis. Read/write int.

Parameters:

Parameter	Type	Description
value	long

isAutomaticTickMarksSpacing()

public abstract boolean isAutomaticTickMarksSpacing()

Specifies automatic tick marks spacing value. If false: use TickMarksSpacing property. Read/write boolean.

Returns: boolean

setAutomaticTickMarksSpacing(boolean value)

public abstract void setAutomaticTickMarksSpacing(boolean value)

Specifies automatic tick marks spacing value. If false: use TickMarksSpacing property. Read/write boolean.

Parameters:

Parameter	Type	Description
value	boolean

getLabelOffset()

public abstract int getLabelOffset()

Specifies the distance of labels from the axis. Applied to category or date axis. Value must be between 0% and 1000%. Read/write int.

Returns: int

setLabelOffset(int value)

public abstract void setLabelOffset(int value)

Specifies the distance of labels from the axis. Applied to category or date axis. Value must be between 0% and 1000%. Read/write int.

Parameters:

Parameter	Type	Description
value	int

getCategoryAxisType()

public abstract int getCategoryAxisType()

Specifies the type of the category axis. Read/write CategoryAxisType(#getCategoryAxisType.getCategoryAxisType/#setCategoryAxisType(int).setCategoryAxisType(int)).

Returns: int

setCategoryAxisType(int value)

public abstract void setCategoryAxisType(int value)

Specifies the type of the category axis. Read/write CategoryAxisType(#getCategoryAxisType.getCategoryAxisType/#setCategoryAxisType(int).setCategoryAxisType(int)).

Parameters:

Parameter	Type	Description
value	int

setCategoryAxisTypeAutomatically()

public abstract void setCategoryAxisTypeAutomatically()

Sets IAxis.CategoryAxisType property with a value that is automatically determined based on axis data.

getAggregationType()

public abstract int getAggregationType()

Represents aggregation type of category axis (binning). Applied to category. Used with Histogram or HistogramPareto series only.

Returns: int

setAggregationType(int value)

public abstract void setAggregationType(int value)

Represents aggregation type of category axis (binning). Applied to category. Used with Histogram or HistogramPareto series only.

Parameters:

Parameter	Type	Description
value	int

getBinWidth()

public abstract double getBinWidth()

Specifies bin width when AggregationType property value setted to AxisAggregationType.ByBinWidth. Applied to category axes. Used with Histogram or HistogramPareto series only.

Returns: double

setBinWidth(double value)

public abstract void setBinWidth(double value)

Specifies bin width when AggregationType property value setted to AxisAggregationType.ByBinWidth. Applied to category axes. Used with Histogram or HistogramPareto series only.

Parameters:

Parameter	Type	Description
value	double

getNumberOfBins()

public abstract long getNumberOfBins()

Specifies number of bins when AggregationType property value setted to AxisAggregationType.ByNumberOfBins. Applied to category axes. Used with Histogram or HistogramPareto series only.

Returns: long

setNumberOfBins(long value)

public abstract void setNumberOfBins(long value)

Specifies number of bins when AggregationType property value setted to AxisAggregationType.ByNumberOfBins. Applied to category axes. Used with Histogram or HistogramPareto series only.

Parameters:

Parameter	Type	Description
value	long

isOverflowBin()

public abstract boolean isOverflowBin()

Specifies if overflow bin applied. Use IsAutomaticOverflowBin and OverflowBin to adjust overflow bin value.

Returns: boolean

setOverflowBin(boolean value)

public abstract void setOverflowBin(boolean value)

Specifies if overflow bin applied. Use IsAutomaticOverflowBin and OverflowBin to adjust overflow bin value.

Parameters:

Parameter	Type	Description
value	boolean

isAutomaticOverflowBin()

public abstract boolean isAutomaticOverflowBin()

Specifies automatic overflow bin value. If false: use OverflowBin property.

Returns: boolean

setAutomaticOverflowBin(boolean value)

public abstract void setAutomaticOverflowBin(boolean value)

Specifies automatic overflow bin value. If false: use OverflowBin property.

Parameters:

Parameter	Type	Description
value	boolean

getOverflowBin()

public abstract double getOverflowBin()

Specifies overflow bin custom value. Applied when IsAutomaticOverflowBin property setted to false and IsOverflowBin property equals true.

Returns: double

setOverflowBin(double value)

public abstract void setOverflowBin(double value)

Specifies overflow bin custom value. Applied when IsAutomaticOverflowBin property setted to false and IsOverflowBin property equals true.

Parameters:

Parameter	Type	Description
value	double

isUnderflowBin()

public abstract boolean isUnderflowBin()

Specifies if underflow bin applied. Use IsAutomaticUnderflowBin and UnderflowBin to adjust underflow bin value.

Returns: boolean

setUnderflowBin(boolean value)

public abstract void setUnderflowBin(boolean value)

Specifies if underflow bin applied. Use IsAutomaticUnderflowBin and UnderflowBin to adjust underflow bin value.

Parameters:

Parameter	Type	Description
value	boolean

isAutomaticUnderflowBin()

public abstract boolean isAutomaticUnderflowBin()

Specifies automatic underflow bin value. If false: use UnderflowBin property.

Returns: boolean

setAutomaticUnderflowBin(boolean value)

public abstract void setAutomaticUnderflowBin(boolean value)

Specifies automatic underflow bin value. If false: use UnderflowBin property.

Parameters:

Parameter	Type	Description
value	boolean

getUnderflowBin()

public abstract double getUnderflowBin()

Specifies underflow bin custom value. Applied when IsAutomaticUnderflowBin property setted to false and IsUnderflowBin property equals true.

Returns: double

setUnderflowBin(double value)

public abstract void setUnderflowBin(double value)

Specifies underflow bin custom value. Applied when IsAutomaticUnderflowBin property setted to false and IsUnderflowBin property equals true.

Parameters:

Parameter	Type	Description
value	double