**Inheritance:**
java.lang.Object
```
public final class ChartType
```

Enumerates all chart types used in Excel.
## Fields

| Field | Description |
| --- | --- |
| [AREA](#AREA) | Represents an Area Chart. |
| [AREA_100_PERCENT_STACKED](#AREA-100-PERCENT-STACKED) | Represents 100% Stacked Area Chart. |
| [AREA_3_D](#AREA-3-D) | Represents 3D Area Chart. |
| [AREA_3_D_100_PERCENT_STACKED](#AREA-3-D-100-PERCENT-STACKED) | Represents 3D 100% Stacked Area Chart. |
| [AREA_3_D_STACKED](#AREA-3-D-STACKED) | Represents 3D Stacked Area Chart. |
| [AREA_STACKED](#AREA-STACKED) | Represents Stacked Area Chart. |
| [BAR](#BAR) | Represents a Bar Chart: Clustered Bar Chart. |
| [BAR_100_PERCENT_STACKED](#BAR-100-PERCENT-STACKED) | Represents 100% Stacked Bar Chart. |
| [BAR_3_D_100_PERCENT_STACKED](#BAR-3-D-100-PERCENT-STACKED) | Represents 3D 100% Stacked Bar Chart. |
| [BAR_3_D_CLUSTERED](#BAR-3-D-CLUSTERED) | Represents 3D Clustered Bar Chart. |
| [BAR_3_D_STACKED](#BAR-3-D-STACKED) | Represents 3D Stacked Bar Chart. |
| [BAR_STACKED](#BAR-STACKED) | Represents Stacked Bar Chart. |
| [BOX_WHISKER](#BOX-WHISKER) | The series is laid out as box and whisker. |
| [BUBBLE](#BUBBLE) | Represents a Bubble Chart. |
| [BUBBLE_3_D](#BUBBLE-3-D) | Represents 3D Bubble Chart. |
| [COLUMN](#COLUMN) | Represents Column Chart: Clustered Column Chart. |
| [COLUMN_100_PERCENT_STACKED](#COLUMN-100-PERCENT-STACKED) | Represents a 100% Stacked Column Chart. |
| [COLUMN_3_D](#COLUMN-3-D) | Represents 3D Column Chart. |
| [COLUMN_3_D_100_PERCENT_STACKED](#COLUMN-3-D-100-PERCENT-STACKED) | Represents 3D 100% Stacked Column Chart. |
| [COLUMN_3_D_CLUSTERED](#COLUMN-3-D-CLUSTERED) | Represents 3D Clustered Column Chart. |
| [COLUMN_3_D_STACKED](#COLUMN-3-D-STACKED) | Represents 3D Stacked Column Chart. |
| [COLUMN_STACKED](#COLUMN-STACKED) | Represents Stacked Column Chart. |
| [CONE](#CONE) | Represents Cone Chart. |
| [CONE_100_PERCENT_STACKED](#CONE-100-PERCENT-STACKED) | Represents 100% Stacked Cone Chart. |
| [CONE_STACKED](#CONE-STACKED) | Represents Stacked Cone Chart. |
| [CONICAL_BAR](#CONICAL-BAR) | Represents Conical Bar Chart. |
| [CONICAL_BAR_100_PERCENT_STACKED](#CONICAL-BAR-100-PERCENT-STACKED) | Represents a 100% Stacked Conical Bar Chart. |
| [CONICAL_BAR_STACKED](#CONICAL-BAR-STACKED) | Represents Stacked Conical Bar Chart. |
| [CONICAL_COLUMN_3_D](#CONICAL-COLUMN-3-D) | Represents 3D Conical Column Chart. |
| [CYLINDER](#CYLINDER) | Represents a Cylinder Chart. |
| [CYLINDER_100_PERCENT_STACKED](#CYLINDER-100-PERCENT-STACKED) | Represents a 100% Stacked Cylinder Chart. |
| [CYLINDER_STACKED](#CYLINDER-STACKED) | Represents Stacked Cylinder Chart. |
| [CYLINDRICAL_BAR](#CYLINDRICAL-BAR) | Represents Cylindrical Bar Chart. |
| [CYLINDRICAL_BAR_100_PERCENT_STACKED](#CYLINDRICAL-BAR-100-PERCENT-STACKED) | Represents 100% Stacked Cylindrical Bar Chart. |
| [CYLINDRICAL_BAR_STACKED](#CYLINDRICAL-BAR-STACKED) | Represents Stacked Cylindrical Bar Chart. |
| [CYLINDRICAL_COLUMN_3_D](#CYLINDRICAL-COLUMN-3-D) | Represents 3D Cylindrical Column Chart. |
| [DOUGHNUT](#DOUGHNUT) | Represents Doughnut Chart. |
| [DOUGHNUT_EXPLODED](#DOUGHNUT-EXPLODED) | Represents Exploded Doughnut Chart. |
| [FUNNEL](#FUNNEL) | The series is laid out as a funnel. |
| [HISTOGRAM](#HISTOGRAM) | The series is laid out as a histogram. |
| [LINE](#LINE) | Represents Line Chart. |
| [LINE_100_PERCENT_STACKED](#LINE-100-PERCENT-STACKED) | Represents 100% Stacked Line Chart. |
| [LINE_100_PERCENT_STACKED_WITH_DATA_MARKERS](#LINE-100-PERCENT-STACKED-WITH-DATA-MARKERS) | Represents 100% Stacked Line Chart with data markers. |
| [LINE_3_D](#LINE-3-D) | Represents 3D Line Chart. |
| [LINE_STACKED](#LINE-STACKED) | Represents Stacked Line Chart. |
| [LINE_STACKED_WITH_DATA_MARKERS](#LINE-STACKED-WITH-DATA-MARKERS) | Represents Stacked Line Chart with data markers. |
| [LINE_WITH_DATA_MARKERS](#LINE-WITH-DATA-MARKERS) | Represents Line Chart with data markers. |
| [MAP](#MAP) | The series is laid out as a region map. |
| [PARETO_LINE](#PARETO-LINE) | The series is laid out as pareto lines. |
| [PIE](#PIE) | Represents Pie Chart. |
| [PIE_3_D](#PIE-3-D) | Represents 3D Pie Chart. |
| [PIE_3_D_EXPLODED](#PIE-3-D-EXPLODED) | Represents 3D Exploded Pie Chart. |
| [PIE_BAR](#PIE-BAR) | Represents Bar of Pie Chart. |
| [PIE_EXPLODED](#PIE-EXPLODED) | Represents Exploded Pie Chart. |
| [PIE_PIE](#PIE-PIE) | Represents the pie of a pie chart. |
| [PYRAMID](#PYRAMID) | Represents a Pyramid Chart. |
| [PYRAMID_100_PERCENT_STACKED](#PYRAMID-100-PERCENT-STACKED) | Represents 100% Stacked Pyramid Chart. |
| [PYRAMID_BAR](#PYRAMID-BAR) | Represents Pyramid Bar Chart. |
| [PYRAMID_BAR_100_PERCENT_STACKED](#PYRAMID-BAR-100-PERCENT-STACKED) | Represents 100% Stacked Pyramid Bar Chart. |
| [PYRAMID_BAR_STACKED](#PYRAMID-BAR-STACKED) | Represents Stacked Pyramid Bar Chart. |
| [PYRAMID_COLUMN_3_D](#PYRAMID-COLUMN-3-D) | Represents 3D Pyramid Column Chart. |
| [PYRAMID_STACKED](#PYRAMID-STACKED) | Represents Stacked Pyramid Chart. |
| [RADAR](#RADAR) | Represents Radar Chart. |
| [RADAR_FILLED](#RADAR-FILLED) | Represents Filled Radar Chart. |
| [RADAR_WITH_DATA_MARKERS](#RADAR-WITH-DATA-MARKERS) | Represents a Radar Chart with data markers. |
| [SCATTER](#SCATTER) | Represents a Scatter Chart. |
| [SCATTER_CONNECTED_BY_CURVES_WITHOUT_DATA_MARKER](#SCATTER-CONNECTED-BY-CURVES-WITHOUT-DATA-MARKER) | Represents a Scatter Chart connected by curves, without data markers. |
| [SCATTER_CONNECTED_BY_CURVES_WITH_DATA_MARKER](#SCATTER-CONNECTED-BY-CURVES-WITH-DATA-MARKER) | Represents Scatter Chart connected by curves, with data markers. |
| [SCATTER_CONNECTED_BY_LINES_WITHOUT_DATA_MARKER](#SCATTER-CONNECTED-BY-LINES-WITHOUT-DATA-MARKER) | Represents Scatter Chart connected by lines, without data markers. |
| [SCATTER_CONNECTED_BY_LINES_WITH_DATA_MARKER](#SCATTER-CONNECTED-BY-LINES-WITH-DATA-MARKER) | Represents Scatter Chart connected by lines, with data markers. |
| [STOCK_HIGH_LOW_CLOSE](#STOCK-HIGH-LOW-CLOSE) | Represents High-Low-Close Stock Chart. |
| [STOCK_OPEN_HIGH_LOW_CLOSE](#STOCK-OPEN-HIGH-LOW-CLOSE) | Represents Open-High-Low-Close Stock Chart. |
| [STOCK_VOLUME_HIGH_LOW_CLOSE](#STOCK-VOLUME-HIGH-LOW-CLOSE) | Represents Volume-High-Low-Close Stock Chart. |
| [STOCK_VOLUME_OPEN_HIGH_LOW_CLOSE](#STOCK-VOLUME-OPEN-HIGH-LOW-CLOSE) | Represents Volume-Open-High-Low-Close Stock Chart. |
| [SUNBURST](#SUNBURST) | The series is laid out as a sunburst. |
| [SURFACE_3_D](#SURFACE-3-D) | Represents Surface Chart: 3D Surface Chart. |
| [SURFACE_CONTOUR](#SURFACE-CONTOUR) | Represents Contour Chart. |
| [SURFACE_CONTOUR_WIREFRAME](#SURFACE-CONTOUR-WIREFRAME) | Represents Wireframe Contour Chart. |
| [SURFACE_WIREFRAME_3_D](#SURFACE-WIREFRAME-3-D) | Represents Wireframe 3D Surface Chart. |
| [TREEMAP](#TREEMAP) | The series is laid out as a treemap. |
| [WATERFALL](#WATERFALL) | The series is laid out as a waterfall. |
## Methods

| Method | Description |
| --- | --- |
| [equals(Object arg0)](#equals-java.lang.Object-) |  |
| [getClass()](#getClass--) |  |
| [hashCode()](#hashCode--) |  |
| [notify()](#notify--) |  |
| [notifyAll()](#notifyAll--) |  |
| [toString()](#toString--) |  |
| [wait()](#wait--) |  |
| [wait(long arg0)](#wait-long-) |  |
| [wait(long arg0, int arg1)](#wait-long-int-) |  |
### AREA {#AREA}
```
public static final int AREA
```


Represents an Area Chart.

### AREA_100_PERCENT_STACKED {#AREA-100-PERCENT-STACKED}
```
public static final int AREA_100_PERCENT_STACKED
```


Represents 100% Stacked Area Chart.

### AREA_3_D {#AREA-3-D}
```
public static final int AREA_3_D
```


Represents 3D Area Chart.

### AREA_3_D_100_PERCENT_STACKED {#AREA-3-D-100-PERCENT-STACKED}
```
public static final int AREA_3_D_100_PERCENT_STACKED
```


Represents 3D 100% Stacked Area Chart.

### AREA_3_D_STACKED {#AREA-3-D-STACKED}
```
public static final int AREA_3_D_STACKED
```


Represents 3D Stacked Area Chart.

### AREA_STACKED {#AREA-STACKED}
```
public static final int AREA_STACKED
```


Represents Stacked Area Chart.

### BAR {#BAR}
```
public static final int BAR
```


Represents a Bar Chart: Clustered Bar Chart.

### BAR_100_PERCENT_STACKED {#BAR-100-PERCENT-STACKED}
```
public static final int BAR_100_PERCENT_STACKED
```


Represents 100% Stacked Bar Chart.

### BAR_3_D_100_PERCENT_STACKED {#BAR-3-D-100-PERCENT-STACKED}
```
public static final int BAR_3_D_100_PERCENT_STACKED
```


Represents 3D 100% Stacked Bar Chart.

### BAR_3_D_CLUSTERED {#BAR-3-D-CLUSTERED}
```
public static final int BAR_3_D_CLUSTERED
```


Represents 3D Clustered Bar Chart.

### BAR_3_D_STACKED {#BAR-3-D-STACKED}
```
public static final int BAR_3_D_STACKED
```


Represents 3D Stacked Bar Chart.

### BAR_STACKED {#BAR-STACKED}
```
public static final int BAR_STACKED
```


Represents Stacked Bar Chart.

### BOX_WHISKER {#BOX-WHISKER}
```
public static final int BOX_WHISKER
```


The series is laid out as box and whisker.

### BUBBLE {#BUBBLE}
```
public static final int BUBBLE
```


Represents a Bubble Chart.

### BUBBLE_3_D {#BUBBLE-3-D}
```
public static final int BUBBLE_3_D
```


Represents 3D Bubble Chart.

### COLUMN {#COLUMN}
```
public static final int COLUMN
```


Represents Column Chart: Clustered Column Chart.

### COLUMN_100_PERCENT_STACKED {#COLUMN-100-PERCENT-STACKED}
```
public static final int COLUMN_100_PERCENT_STACKED
```


Represents a 100% Stacked Column Chart.

### COLUMN_3_D {#COLUMN-3-D}
```
public static final int COLUMN_3_D
```


Represents 3D Column Chart.

### COLUMN_3_D_100_PERCENT_STACKED {#COLUMN-3-D-100-PERCENT-STACKED}
```
public static final int COLUMN_3_D_100_PERCENT_STACKED
```


Represents 3D 100% Stacked Column Chart.

### COLUMN_3_D_CLUSTERED {#COLUMN-3-D-CLUSTERED}
```
public static final int COLUMN_3_D_CLUSTERED
```


Represents 3D Clustered Column Chart.

### COLUMN_3_D_STACKED {#COLUMN-3-D-STACKED}
```
public static final int COLUMN_3_D_STACKED
```


Represents 3D Stacked Column Chart.

### COLUMN_STACKED {#COLUMN-STACKED}
```
public static final int COLUMN_STACKED
```


Represents Stacked Column Chart.

### CONE {#CONE}
```
public static final int CONE
```


Represents Cone Chart.

### CONE_100_PERCENT_STACKED {#CONE-100-PERCENT-STACKED}
```
public static final int CONE_100_PERCENT_STACKED
```


Represents 100% Stacked Cone Chart.

### CONE_STACKED {#CONE-STACKED}
```
public static final int CONE_STACKED
```


Represents Stacked Cone Chart.

### CONICAL_BAR {#CONICAL-BAR}
```
public static final int CONICAL_BAR
```


Represents Conical Bar Chart.

### CONICAL_BAR_100_PERCENT_STACKED {#CONICAL-BAR-100-PERCENT-STACKED}
```
public static final int CONICAL_BAR_100_PERCENT_STACKED
```


Represents a 100% Stacked Conical Bar Chart.

### CONICAL_BAR_STACKED {#CONICAL-BAR-STACKED}
```
public static final int CONICAL_BAR_STACKED
```


Represents Stacked Conical Bar Chart.

### CONICAL_COLUMN_3_D {#CONICAL-COLUMN-3-D}
```
public static final int CONICAL_COLUMN_3_D
```


Represents 3D Conical Column Chart.

### CYLINDER {#CYLINDER}
```
public static final int CYLINDER
```


Represents a Cylinder Chart.

### CYLINDER_100_PERCENT_STACKED {#CYLINDER-100-PERCENT-STACKED}
```
public static final int CYLINDER_100_PERCENT_STACKED
```


Represents a 100% Stacked Cylinder Chart.

### CYLINDER_STACKED {#CYLINDER-STACKED}
```
public static final int CYLINDER_STACKED
```


Represents Stacked Cylinder Chart.

### CYLINDRICAL_BAR {#CYLINDRICAL-BAR}
```
public static final int CYLINDRICAL_BAR
```


Represents Cylindrical Bar Chart.

### CYLINDRICAL_BAR_100_PERCENT_STACKED {#CYLINDRICAL-BAR-100-PERCENT-STACKED}
```
public static final int CYLINDRICAL_BAR_100_PERCENT_STACKED
```


Represents 100% Stacked Cylindrical Bar Chart.

### CYLINDRICAL_BAR_STACKED {#CYLINDRICAL-BAR-STACKED}
```
public static final int CYLINDRICAL_BAR_STACKED
```


Represents Stacked Cylindrical Bar Chart.

### CYLINDRICAL_COLUMN_3_D {#CYLINDRICAL-COLUMN-3-D}
```
public static final int CYLINDRICAL_COLUMN_3_D
```


Represents 3D Cylindrical Column Chart.

### DOUGHNUT {#DOUGHNUT}
```
public static final int DOUGHNUT
```


Represents Doughnut Chart.

### DOUGHNUT_EXPLODED {#DOUGHNUT-EXPLODED}
```
public static final int DOUGHNUT_EXPLODED
```


Represents Exploded Doughnut Chart.

### FUNNEL {#FUNNEL}
```
public static final int FUNNEL
```


The series is laid out as a funnel.

### HISTOGRAM {#HISTOGRAM}
```
public static final int HISTOGRAM
```


The series is laid out as a histogram.

### LINE {#LINE}
```
public static final int LINE
```


Represents Line Chart.

### LINE_100_PERCENT_STACKED {#LINE-100-PERCENT-STACKED}
```
public static final int LINE_100_PERCENT_STACKED
```


Represents 100% Stacked Line Chart.

### LINE_100_PERCENT_STACKED_WITH_DATA_MARKERS {#LINE-100-PERCENT-STACKED-WITH-DATA-MARKERS}
```
public static final int LINE_100_PERCENT_STACKED_WITH_DATA_MARKERS
```


Represents 100% Stacked Line Chart with data markers.

### LINE_3_D {#LINE-3-D}
```
public static final int LINE_3_D
```


Represents 3D Line Chart.

### LINE_STACKED {#LINE-STACKED}
```
public static final int LINE_STACKED
```


Represents Stacked Line Chart.

### LINE_STACKED_WITH_DATA_MARKERS {#LINE-STACKED-WITH-DATA-MARKERS}
```
public static final int LINE_STACKED_WITH_DATA_MARKERS
```


Represents Stacked Line Chart with data markers.

### LINE_WITH_DATA_MARKERS {#LINE-WITH-DATA-MARKERS}
```
public static final int LINE_WITH_DATA_MARKERS
```


Represents Line Chart with data markers.

### MAP {#MAP}
```
public static final int MAP
```


The series is laid out as a region map.

### PARETO_LINE {#PARETO-LINE}
```
public static final int PARETO_LINE
```


The series is laid out as pareto lines.

### PIE {#PIE}
```
public static final int PIE
```


Represents Pie Chart.

### PIE_3_D {#PIE-3-D}
```
public static final int PIE_3_D
```


Represents 3D Pie Chart.

### PIE_3_D_EXPLODED {#PIE-3-D-EXPLODED}
```
public static final int PIE_3_D_EXPLODED
```


Represents 3D Exploded Pie Chart.

### PIE_BAR {#PIE-BAR}
```
public static final int PIE_BAR
```


Represents Bar of Pie Chart.

### PIE_EXPLODED {#PIE-EXPLODED}
```
public static final int PIE_EXPLODED
```


Represents Exploded Pie Chart.

### PIE_PIE {#PIE-PIE}
```
public static final int PIE_PIE
```


Represents the pie of a pie chart.

### PYRAMID {#PYRAMID}
```
public static final int PYRAMID
```


Represents a Pyramid Chart.

### PYRAMID_100_PERCENT_STACKED {#PYRAMID-100-PERCENT-STACKED}
```
public static final int PYRAMID_100_PERCENT_STACKED
```


Represents 100% Stacked Pyramid Chart.

### PYRAMID_BAR {#PYRAMID-BAR}
```
public static final int PYRAMID_BAR
```


Represents Pyramid Bar Chart.

### PYRAMID_BAR_100_PERCENT_STACKED {#PYRAMID-BAR-100-PERCENT-STACKED}
```
public static final int PYRAMID_BAR_100_PERCENT_STACKED
```


Represents 100% Stacked Pyramid Bar Chart.

### PYRAMID_BAR_STACKED {#PYRAMID-BAR-STACKED}
```
public static final int PYRAMID_BAR_STACKED
```


Represents Stacked Pyramid Bar Chart.

### PYRAMID_COLUMN_3_D {#PYRAMID-COLUMN-3-D}
```
public static final int PYRAMID_COLUMN_3_D
```


Represents 3D Pyramid Column Chart.

### PYRAMID_STACKED {#PYRAMID-STACKED}
```
public static final int PYRAMID_STACKED
```


Represents Stacked Pyramid Chart.

### RADAR {#RADAR}
```
public static final int RADAR
```


Represents Radar Chart.

### RADAR_FILLED {#RADAR-FILLED}
```
public static final int RADAR_FILLED
```


Represents Filled Radar Chart.

### RADAR_WITH_DATA_MARKERS {#RADAR-WITH-DATA-MARKERS}
```
public static final int RADAR_WITH_DATA_MARKERS
```


Represents a Radar Chart with data markers.

### SCATTER {#SCATTER}
```
public static final int SCATTER
```


Represents a Scatter Chart.

### SCATTER_CONNECTED_BY_CURVES_WITHOUT_DATA_MARKER {#SCATTER-CONNECTED-BY-CURVES-WITHOUT-DATA-MARKER}
```
public static final int SCATTER_CONNECTED_BY_CURVES_WITHOUT_DATA_MARKER
```


Represents a Scatter Chart connected by curves, without data markers.

### SCATTER_CONNECTED_BY_CURVES_WITH_DATA_MARKER {#SCATTER-CONNECTED-BY-CURVES-WITH-DATA-MARKER}
```
public static final int SCATTER_CONNECTED_BY_CURVES_WITH_DATA_MARKER
```


Represents Scatter Chart connected by curves, with data markers.

### SCATTER_CONNECTED_BY_LINES_WITHOUT_DATA_MARKER {#SCATTER-CONNECTED-BY-LINES-WITHOUT-DATA-MARKER}
```
public static final int SCATTER_CONNECTED_BY_LINES_WITHOUT_DATA_MARKER
```


Represents Scatter Chart connected by lines, without data markers.

### SCATTER_CONNECTED_BY_LINES_WITH_DATA_MARKER {#SCATTER-CONNECTED-BY-LINES-WITH-DATA-MARKER}
```
public static final int SCATTER_CONNECTED_BY_LINES_WITH_DATA_MARKER
```


Represents Scatter Chart connected by lines, with data markers.

### STOCK_HIGH_LOW_CLOSE {#STOCK-HIGH-LOW-CLOSE}
```
public static final int STOCK_HIGH_LOW_CLOSE
```


Represents High-Low-Close Stock Chart.

### STOCK_OPEN_HIGH_LOW_CLOSE {#STOCK-OPEN-HIGH-LOW-CLOSE}
```
public static final int STOCK_OPEN_HIGH_LOW_CLOSE
```


Represents Open-High-Low-Close Stock Chart.

### STOCK_VOLUME_HIGH_LOW_CLOSE {#STOCK-VOLUME-HIGH-LOW-CLOSE}
```
public static final int STOCK_VOLUME_HIGH_LOW_CLOSE
```


Represents Volume-High-Low-Close Stock Chart.

### STOCK_VOLUME_OPEN_HIGH_LOW_CLOSE {#STOCK-VOLUME-OPEN-HIGH-LOW-CLOSE}
```
public static final int STOCK_VOLUME_OPEN_HIGH_LOW_CLOSE
```


Represents Volume-Open-High-Low-Close Stock Chart.

### SUNBURST {#SUNBURST}
```
public static final int SUNBURST
```


The series is laid out as a sunburst.

### SURFACE_3_D {#SURFACE-3-D}
```
public static final int SURFACE_3_D
```


Represents Surface Chart: 3D Surface Chart.

### SURFACE_CONTOUR {#SURFACE-CONTOUR}
```
public static final int SURFACE_CONTOUR
```


Represents Contour Chart.

### SURFACE_CONTOUR_WIREFRAME {#SURFACE-CONTOUR-WIREFRAME}
```
public static final int SURFACE_CONTOUR_WIREFRAME
```


Represents Wireframe Contour Chart.

### SURFACE_WIREFRAME_3_D {#SURFACE-WIREFRAME-3-D}
```
public static final int SURFACE_WIREFRAME_3_D
```


Represents Wireframe 3D Surface Chart.

### TREEMAP {#TREEMAP}
```
public static final int TREEMAP
```


The series is laid out as a treemap.

### WATERFALL {#WATERFALL}
```
public static final int WATERFALL
```


The series is laid out as a waterfall.

### equals(Object arg0) {#equals-java.lang.Object-}
```
public boolean equals(Object arg0)
```




**Parameters:**
| Parameter | Type | Description |
| --- | --- | --- |
| arg0 | java.lang.Object |  |

**Returns:**
boolean
### getClass() {#getClass--}
```
public final native Class<?> getClass()
```




**Returns:**
java.lang.Class<?>
### hashCode() {#hashCode--}
```
public native int hashCode()
```




**Returns:**
int
### notify() {#notify--}
```
public final native void notify()
```




### notifyAll() {#notifyAll--}
```
public final native void notifyAll()
```




### 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 |  |