**Inheritance:** java.lang.Object ``` public class ChartPoint ``` Represents a single point in a series in a chart. **Example** ``` //Instantiating a Workbook object Workbook workbook = new Workbook(); //Obtaining the reference of the first worksheet Worksheet worksheet = workbook.getWorksheets().get(0); //Adding a sample value to "A1" cell worksheet.getCells().get("A1").putValue(50); //Adding a sample value to "A2" cell worksheet.getCells().get("A2").putValue(100); //Adding a sample value to "A3" cell worksheet.getCells().get("A3").putValue(150); //Adding a sample value to "B1" cell worksheet.getCells().get("B1").putValue(60); //Adding a sample value to "B2" cell worksheet.getCells().get("B2").putValue(32); //Adding a sample value to "B3" cell worksheet.getCells().get("B3").putValue(50); //Adding a chart to the worksheet int chartIndex = worksheet.getCharts().add(ChartType.PIE_EXPLODED, 5, 0, 25, 10); //Accessing the instance of the newly added chart Chart chart = worksheet.getCharts().get(chartIndex); //Adding NSeries (chart data source) to the chart ranging from "A1" cell to "B3" chart.getNSeries().add("A1:B3", true); //Show Data Labels chart.getNSeries().get(0).getDataLabels().setShowValue(true); for (int i = 0; i getClass() ``` **Returns:** java.lang.Class ### getDataLabels() {#getDataLabels--} ``` public DataLabels getDataLabels() ``` Returns a [getDataLabels()](../../com.aspose.cells/chartpoint\#getDataLabels--) object that represents the data label associated with this chart point. **Returns:** [DataLabels](../../com.aspose.cells/datalabels) ### getDoughnutInnerRadius() {#getDoughnutInnerRadius--} ``` public int getDoughnutInnerRadius() ``` Gets the inner radius of doughnut slice in units of pixels after calling the Chart.Calculate() method. Applies to Doughnut chart. **Returns:** int ### getEndAngle() {#getEndAngle--} ``` public float getEndAngle() ``` Gets the ending angle for the pie section, measured in degrees clockwise from the x-axis after calls Chart.Calculate() method. Applies to Pie chart. **Returns:** float ### getExplosion() {#getExplosion--} ``` public 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. **Returns:** int ### getInnerArcEndPointXPx() {#getInnerArcEndPointXPx--} ``` public float getInnerArcEndPointXPx() ``` Gets the x coordinate of the ending point for the pie section after calling the Chart.Calculate() method. Applies to Doughnut charts. **Returns:** float ### getInnerArcEndPointYPx() {#getInnerArcEndPointYPx--} ``` public float getInnerArcEndPointYPx() ``` Gets the y coordinate of ending point for the pie section after calls Chart.Calculate() method. Applies to Doughnut chart. **Returns:** float ### getInnerArcStartPointXPx() {#getInnerArcStartPointXPx--} ``` public float getInnerArcStartPointXPx() ``` Gets the x coordinate of the starting point for the pie section after calling the Chart.Calculate() method. Applies to the Doughnut chart. **Returns:** float ### getInnerArcStartPointYPx() {#getInnerArcStartPointYPx--} ``` public float getInnerArcStartPointYPx() ``` Gets the y coordinate of starting point for the pie section after calls Chart.Calculate() method. Applies to Doughnut chart. **Returns:** float ### getInnerRadiusPx() {#getInnerRadiusPx--} ``` public int getInnerRadiusPx() ``` Gets the inner radius of doughnut slice in units of pixels after calls Chart.Calculate() method. Applies to Doughnut chart. **Remarks** NOTE: This property is now obsolete. Instead, please use ChartPoint.DoughnutInnerRadius property. This property will be removed 12 months later since June 2024. Aspose apologizes for any inconvenience you may have experienced. **Returns:** int ### getMarker() {#getMarker--} ``` public Marker getMarker() ``` Gets the [getMarker()](../../com.aspose.cells/chartpoint\#getMarker--). **Returns:** [Marker](../../com.aspose.cells/marker) ### getOnCategoryAxisPointCount() {#getOnCategoryAxisPointCount--} ``` public int getOnCategoryAxisPointCount() ``` Gets the number of the points on the category axis after calling the Chart.Calculate() method. Only applies to area charts. **Remarks** Area 2D chart return 1 Area 3D chart return 2. **Returns:** int ### getOnCategoryAxisPointXPx(int index) {#getOnCategoryAxisPointXPx-int-} ``` public float getOnCategoryAxisPointXPx(int index) ``` Gets x-coordinate of the point on category axis after calls Chart.Calculate() method. Only applies to Area chart. **Remarks** Area 2D chart: index is 0. Area 3D chart: index is 0 or 1. **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | index | int | | **Returns:** float ### getOnCategoryAxisPointYPx(int index) {#getOnCategoryAxisPointYPx-int-} ``` public float getOnCategoryAxisPointYPx(int index) ``` Gets y-coordinate of the point on category axis after calling the Chart.Calculate() method. Only applies to Area chart. **Remarks** Area 2D chart: index is 0. Area 3D chart: index is 0 or 1. **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | index | int | | **Returns:** float ### getRadiusPx() {#getRadiusPx--} ``` public int getRadiusPx() ``` Gets the radius of bubble, pie or doughnut in units of pixels after calls Chart.Calculate() method. **Returns:** int ### getShadow() {#getShadow--} ``` public boolean getShadow() ``` True if the chartpoint has a shadow. **Returns:** boolean ### getShapeHeight() {#getShapeHeight--} ``` public int getShapeHeight() ``` Gets the height in units of 1/4000 of chart's height after calls Chart.Calculate() method. **Returns:** int ### getShapeHeightPx() {#getShapeHeightPx--} ``` public int getShapeHeightPx() ``` Gets the height in units of pixels after calls Chart.Calculate() method. **Returns:** int ### getShapeProperties() {#getShapeProperties--} ``` public ShapePropertyCollection getShapeProperties() ``` Gets the [ShapePropertyCollection](../../com.aspose.cells/shapepropertycollection) object that holds the visual shape properties of the ChartPoint. **Returns:** [ShapePropertyCollection](../../com.aspose.cells/shapepropertycollection) ### getShapeWidth() {#getShapeWidth--} ``` public int getShapeWidth() ``` Gets the width in units of 1/4000 of the chart's width after calling the Chart.Calculate() method. **Returns:** int ### getShapeWidthPx() {#getShapeWidthPx--} ``` public int getShapeWidthPx() ``` Gets the width in units of pixels after calling the Chart.Calculate() method. **Returns:** int ### getShapeX() {#getShapeX--} ``` public int getShapeX() ``` Gets the x coordinate of the upper left corner in units of 1/4000 of chart's width after calling the Chart.Calculate() method. **Returns:** int ### getShapeXPx() {#getShapeXPx--} ``` public int getShapeXPx() ``` Gets the x coordinate of the upper left corner in units of pixels after calling the Chart.Calculate() method. **Returns:** int ### getShapeY() {#getShapeY--} ``` public int getShapeY() ``` Gets the y coordinate of the upper left corner in units of 1/4000 of chart's height after calls Chart.Calculate() method. **Returns:** int ### getShapeYPx() {#getShapeYPx--} ``` public int getShapeYPx() ``` Gets the y coordinate of the upper left corner in units of pixels after calls Chart.Calculate() method. **Returns:** int ### getStartAngle() {#getStartAngle--} ``` public float getStartAngle() ``` Gets the starting angle for the pie section, measured in degrees clockwise from the x-axis after calling the Chart.Calculate() method. Applies to Pie chart. **Returns:** float ### getTopPointCount() {#getTopPointCount--} ``` public int getTopPointCount() ``` Gets the number of top points after calling the Chart.Calculate() method. **Returns:** int ### getTopPointXPx(int index) {#getTopPointXPx-int-} ``` public float getTopPointXPx(int index) ``` Gets x-coordinate of the top point of shape after calls Chart.Calculate() method. Applies 3D charts: Column3D, Bar3D, Cone, Cylinder, Pyramid and Area3D **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | index | int | | **Returns:** float ### getTopPointYPx(int index) {#getTopPointYPx-int-} ``` public float getTopPointYPx(int index) ``` Gets y-coordinate of the top point of the shape after calling the Chart.Calculate() method. Applies 3D charts: Column3D, Bar3D, Cone, Cylinder, Pyramid, and Area3D. **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | index | int | | **Returns:** float ### getXValue() {#getXValue--} ``` public Object getXValue() ``` Gets the X value of the chart point. **Returns:** java.lang.Object ### getXValueType() {#getXValueType--} ``` public int getXValueType() ``` Gets X value type of the chart point. See [CellValueType](../../com.aspose.cells/cellvaluetype). **Returns:** int ### getYValue() {#getYValue--} ``` public Object getYValue() ``` Gets the Y value of the chart point. **Returns:** java.lang.Object ### getYValueType() {#getYValueType--} ``` public int getYValueType() ``` Gets Y value type of the chart point. See [CellValueType](../../com.aspose.cells/cellvaluetype). **Returns:** int ### hashCode() {#hashCode--} ``` public native int hashCode() ``` **Returns:** int ### isInSecondaryPlot() {#isInSecondaryPlot--} ``` public boolean isInSecondaryPlot() ``` Gets a value indicates whether this data points is in the second pie or bar on a pie of pie or bar of pie chart **Returns:** boolean ### notify() {#notify--} ``` public final native void notify() ``` ### notifyAll() {#notifyAll--} ``` public final native void notifyAll() ``` ### setExplosion(int value) {#setExplosion-int-} ``` public 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. **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | value | int | | ### setInSecondaryPlot(boolean value) {#setInSecondaryPlot-boolean-} ``` public void setInSecondaryPlot(boolean value) ``` Sets a value indicates whether this data points is in the second pie or bar on a pie of pie or bar of pie chart **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | value | boolean | | ### setShadow(boolean value) {#setShadow-boolean-} ``` public void setShadow(boolean value) ``` True if the chartpoint has a shadow. **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | value | boolean | | ### setXValue(Object value) {#setXValue-java.lang.Object-} ``` public void setXValue(Object value) ``` Sets the X value of the chart point. **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | value | java.lang.Object | | ### setYValue(Object value) {#setYValue-java.lang.Object-} ``` public void setYValue(Object value) ``` Sets the Y value of the chart point. **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | value | java.lang.Object | | ### toString() {#toString--} ``` public String toString() ``` **Returns:** java.lang.String ### wait() {#wait--} ``` public final void wait() ``` ### wait(long arg0) {#wait-long-} ``` public final native void wait(long arg0) ``` **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | arg0 | long | | ### wait(long arg0, int arg1) {#wait-long-int-} ``` public final void wait(long arg0, int arg1) ``` **Parameters:** | Parameter | Type | Description | | --- | --- | --- | | arg0 | long | | | arg1 | int | |