com.softwarefx.chartfx.server

Class Attributes3D

java.lang.Object

com.softwarefx.chartfx.server.Attributes3D

public final class Attributes3D
extends java.lang.Object

Provides access to the Attributes3D object.

The Attributes3D object supported members allow developers to add 3D views and perspective to charts. By enabling 3D in charts, developers may further customize the display by manipulating setAngleX and setAngleY angles, setDepth, setPerspective, isRotated and setShadow. Additionally, members like isCluster allow you to add a Z dimension to charts.

• image
• Java

• 

• chart1.getView3D().setEnabled(true);
  chart1.getView3D().setAngleX(45);
  chart1.getView3D().setCluster(true);
  PopulateProductSales(chart1);
  chart1.getTitles().add(new TitleDockable("Wine Sales by Month"));
  chart1.getAxisY().getLabelsFormat().setFormat(AxisFormat.CURRENCY);
  chart1.setGallery(Gallery.BAR);
  

  public static void PopulateProductSales(Chart chart1) {
      ProductSales[] data = new ProductSales[]{
          new ProductSales("Jan", 12560, 23400, 34500),
          new ProductSales("Feb", 13400, 21000, 38900),
          new ProductSales("Mar", 16700, 17000, 42100),
          new ProductSales("Apr", 12000, 19020, 43800),
          new ProductSales("May", 15800, 26500, 37540),
          new ProductSales("Jun", 9800, 27800, 32580),
          new ProductSales("Jul", 17800, 29820, 34000),
          new ProductSales("Aug", 19800, 17800, 38000),
          new ProductSales("Sep", 23200, 32000, 41300),
          new ProductSales("Oct", 16700, 26500, 46590),
          new ProductSales("Nov", 11800, 23000, 48700),
          new ProductSales("Dec", 13400, 15400, 49100)
      };
      ObjectProvider objProvider = new ObjectProvider(data);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  
  
  
  }
  

  public static class ProductSales {
  
      public ProductSales(String month, double white, double red, double sparkling) {
          this.setMonth(month);
          this.setWhite(white);
          this.setRed(red);
          this.setSparkling(sparkling);
      }
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private double privateWhite;
  
      public final double getWhite() {
          return privateWhite;
      }
  
      public final void setWhite(double value) {
          privateWhite = value;
      }
      private double privateRed;
  
      public final double getRed() {
          return privateRed;
      }
  
      public final void setRed(double value) {
          privateRed = value;
      }
      private double privateSparkling;
  
      public final double getSparkling() {
          return privateSparkling;
      }
  
      public final void setSparkling(double value) {
          privateSparkling = value;
      }
  }
  

Constructor Summary

Constructors

Constructor and Description
Attributes3D()

Method Summary

Methods

Modifier and Type	Method and Description
int	getAngleX() Gets or sets the 3D rotation angle around the X-axis.
int	getAngleY() Gets or sets a 3D rotation angle around the Y-axis.
int	getBoxThickness() Gets or sets the thickness for the box surrounding the chart.
int	getDepth() Gets or sets the thickness along the Z-axis for the series.
int	getPerspective() Allows you to set a 3D perspective to control the view of the chart depth.
Shadow	getShadow() Gets or sets a value indicating the type of shading to display when the chart is displayed in 3D.
boolean	isCluster() Displays a z-clustered 3D chart.
boolean	isEnabled() Gets or sets a value indicating whether 3D effects should be applied.
boolean	isRotated() Gets or sets a value indicating the chart is Rotated.
void	resetAngleX() Set the property AngleX to its default value.
void	resetAngleY() Set the property AngleY to its default value.
void	resetBoxThickness() Set the property BoxThickness to its default value.
void	resetCluster() Set the property Cluster to its default value.
void	resetDepth() Set the property Depth to its default value.
void	resetEnabled() Set the property Enabled to its default value.
void	resetPerspective() Set the property Perspective to its default value.
void	resetRotated() Set the property Rotated to its default value.
void	resetShadow() Set the property Shadow to its default value.
void	setAngleX(int value) Gets or sets the 3D rotation angle around the X-axis.
void	setAngleY(int value) Gets or sets a 3D rotation angle around the Y-axis.
void	setBoxThickness(int value) Gets or sets the thickness for the box surrounding the chart.
void	setCluster(boolean value) Displays a z-clustered 3D chart.
void	setDepth(int value) Gets or sets the thickness along the Z-axis for the series.
void	setEnabled(boolean value) Gets or sets a value indicating whether 3D effects should be applied.
void	setPerspective(int value) Allows you to set a 3D perspective to control the view of the chart depth.
void	setRotated(boolean value) Gets or sets a value indicating the chart is Rotated.
void	setShadow(Shadow value) Gets or sets a value indicating the type of shading to display when the chart is displayed in 3D.

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Attributes3D

public Attributes3D()

Method Detail

getAngleX

public int getAngleX()

Gets or sets the 3D rotation angle around the X-axis.

The value can be set to an integer between [0-90] or [270-360] indicating the degree of rotation around the X-axis.

Negative values or values greater than 360 are automatically reduced to a value in the range of 0 to 359.

This method can only be used when the chart is in 3D view. So, be sure the isEnabled method is set to true.

To avoid jagged lines we recommend you use prominent angles (for example: 0,30,45,60,90, etc).

To set a Y-axis rotation angle, please refer to the setAngleY method.

To set an X-axis angle of 60 degrees:

• Java

• chart1.getView3D().setAngleX(60);
  

See Also:

resetAngleX

setAngleX

public void setAngleX(int value)

Gets or sets the 3D rotation angle around the X-axis.

The value can be set to an integer between [0-90] or [270-360] indicating the degree of rotation around the X-axis.

Negative values or values greater than 360 are automatically reduced to a value in the range of 0 to 359.

This method can only be used when the chart is in 3D view. So, be sure the isEnabled method is set to true.

To avoid jagged lines we recommend you use prominent angles (for example: 0,30,45,60,90, etc).

To set a Y-axis rotation angle, please refer to the setAngleY method.

To set an X-axis angle of 60 degrees:

• Java

• chart1.getView3D().setAngleX(60);
  

Parameters:

value -

See Also:

resetAngleX

getAngleY

public int getAngleY()

Gets or sets a 3D rotation angle around the Y-axis.

The value can be set to an integer between [0-90] or [270-360] indicating the degree of rotation around the Y-axis.

Negative values or values greater than 360 are automatically reduced to a value in the range of 0 to 359.

This method can only be used when the chart is in 3D view. So, be sure the isEnabled method is set to True.

To avoid jagged lines we recommend you use prominent angles (for example: 0,30,45,60,90, etc).

To set an X-axis rotation angle, please refer to the setAngleX method.

To set an Y-axis angle of 60 degrees:

• Java

• chart1.getView3D().setAngleY(60);
  

See Also:

resetAngleY

setAngleY

public void setAngleY(int value)

Gets or sets a 3D rotation angle around the Y-axis.

The value can be set to an integer between [0-90] or [270-360] indicating the degree of rotation around the Y-axis.

Negative values or values greater than 360 are automatically reduced to a value in the range of 0 to 359.

This method can only be used when the chart is in 3D view. So, be sure the isEnabled method is set to True.

To avoid jagged lines we recommend you use prominent angles (for example: 0,30,45,60,90, etc).

To set an X-axis rotation angle, please refer to the setAngleX method.

To set an Y-axis angle of 60 degrees:

• Java

• chart1.getView3D().setAngleY(60);
  

Parameters:

value -

See Also:

resetAngleY

getBoxThickness

public int getBoxThickness()

Gets or sets the thickness for the box surrounding the chart.

Below is a chart with a BoxThickness of 10.

• image
• Java

• 

• PopulateProductSales(chart1);
  chart1.getTitles().add(new TitleDockable("Wine Sales by Type"));
  chart1.getAxisY().getLabelsFormat().setFormat(AxisFormat.CURRENCY);
  chart1.setGallery(Gallery.BAR);
  chart1.getView3D().setCluster(true);
  chart1.getView3D().setBoxThickness(10);
  

  public static void PopulateProductSales(Chart chart1) {
      ProductSales[] data = new ProductSales[]{
          new ProductSales("Jan", 12560, 23400, 34500),
          new ProductSales("Feb", 13400, 21000, 38900),
          new ProductSales("Mar", 16700, 17000, 42100),
          new ProductSales("Apr", 12000, 19020, 43800),
          new ProductSales("May", 15800, 26500, 37540),
          new ProductSales("Jun", 9800, 27800, 32580),
          new ProductSales("Jul", 17800, 29820, 34000),
          new ProductSales("Aug", 19800, 17800, 38000),
          new ProductSales("Sep", 23200, 32000, 41300),
          new ProductSales("Oct", 16700, 26500, 46590),
          new ProductSales("Nov", 11800, 23000, 48700),
          new ProductSales("Dec", 13400, 15400, 49100)
      };
      ObjectProvider objProvider = new ObjectProvider(data);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  
  
  
  }
  

  public static class ProductSales {
  
      public ProductSales(String month, double white, double red, double sparkling) {
          this.setMonth(month);
          this.setWhite(white);
          this.setRed(red);
          this.setSparkling(sparkling);
      }
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private double privateWhite;
  
      public final double getWhite() {
          return privateWhite;
      }
  
      public final void setWhite(double value) {
          privateWhite = value;
      }
      private double privateRed;
  
      public final double getRed() {
          return privateRed;
      }
  
      public final void setRed(double value) {
          privateRed = value;
      }
      private double privateSparkling;
  
      public final double getSparkling() {
          return privateSparkling;
      }
  
      public final void setSparkling(double value) {
          privateSparkling = value;
      }
  }
  

See Also:

resetBoxThickness

setBoxThickness

public void setBoxThickness(int value)

Gets or sets the thickness for the box surrounding the chart.

Below is a chart with a BoxThickness of 10.

• image
• Java

• 

• PopulateProductSales(chart1);
  chart1.getTitles().add(new TitleDockable("Wine Sales by Type"));
  chart1.getAxisY().getLabelsFormat().setFormat(AxisFormat.CURRENCY);
  chart1.setGallery(Gallery.BAR);
  chart1.getView3D().setCluster(true);
  chart1.getView3D().setBoxThickness(10);
  

  public static void PopulateProductSales(Chart chart1) {
      ProductSales[] data = new ProductSales[]{
          new ProductSales("Jan", 12560, 23400, 34500),
          new ProductSales("Feb", 13400, 21000, 38900),
          new ProductSales("Mar", 16700, 17000, 42100),
          new ProductSales("Apr", 12000, 19020, 43800),
          new ProductSales("May", 15800, 26500, 37540),
          new ProductSales("Jun", 9800, 27800, 32580),
          new ProductSales("Jul", 17800, 29820, 34000),
          new ProductSales("Aug", 19800, 17800, 38000),
          new ProductSales("Sep", 23200, 32000, 41300),
          new ProductSales("Oct", 16700, 26500, 46590),
          new ProductSales("Nov", 11800, 23000, 48700),
          new ProductSales("Dec", 13400, 15400, 49100)
      };
      ObjectProvider objProvider = new ObjectProvider(data);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  
  
  
  }
  

  public static class ProductSales {
  
      public ProductSales(String month, double white, double red, double sparkling) {
          this.setMonth(month);
          this.setWhite(white);
          this.setRed(red);
          this.setSparkling(sparkling);
      }
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private double privateWhite;
  
      public final double getWhite() {
          return privateWhite;
      }
  
      public final void setWhite(double value) {
          privateWhite = value;
      }
      private double privateRed;
  
      public final double getRed() {
          return privateRed;
      }
  
      public final void setRed(double value) {
          privateRed = value;
      }
      private double privateSparkling;
  
      public final double getSparkling() {
          return privateSparkling;
      }
  
      public final void setSparkling(double value) {
          privateSparkling = value;
      }
  }
  

Parameters:

value -

See Also:

resetBoxThickness

isCluster

public boolean isCluster()

Displays a z-clustered 3D chart. When set to true, the chart will show as clustered; when set to false, the chart displays the series side-by-side.

When setting this method, you must make sure that the chart is displayed in 3D mode (by setting the isEnabled method to true) and that the chart is cluster capable (BAR, LINES or GANTT chart).

When displaying a clustered chart, each series will have its own position in the Z axis. This means, if this method is set to true, then each data series will occupy one row of data along the Z-axis

AREA charts are always clustered as there is no way to paint different series side by side. On the other hand, if you have a BAR chart, it is possible to paint bars side-by-side and not clustered in the z-axis.

Below is an example of a non-clustered bar chart vs. a clustered bar chart.

Non-Clustered:

• image
• Java

• 

• PopulateProductSales(chart1);
  chart1.getTitles().add(new TitleDockable("Wine Sales by Type"));
  chart1.getAxisY().getLabelsFormat().setFormat(AxisFormat.CURRENCY);
  chart1.setGallery(Gallery.BAR);
  chart1.getView3D().setEnabled(true);
  

  public static void PopulateProductSales(Chart chart1) {
      ProductSales[] data = new ProductSales[]{
          new ProductSales("Jan", 12560, 23400, 34500),
          new ProductSales("Feb", 13400, 21000, 38900),
          new ProductSales("Mar", 16700, 17000, 42100),
          new ProductSales("Apr", 12000, 19020, 43800),
          new ProductSales("May", 15800, 26500, 37540),
          new ProductSales("Jun", 9800, 27800, 32580),
          new ProductSales("Jul", 17800, 29820, 34000),
          new ProductSales("Aug", 19800, 17800, 38000),
          new ProductSales("Sep", 23200, 32000, 41300),
          new ProductSales("Oct", 16700, 26500, 46590),
          new ProductSales("Nov", 11800, 23000, 48700),
          new ProductSales("Dec", 13400, 15400, 49100)
      };
      ObjectProvider objProvider = new ObjectProvider(data);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  
  
  
  }
  

  public static class ProductSales {
  
      public ProductSales(String month, double white, double red, double sparkling) {
          this.setMonth(month);
          this.setWhite(white);
          this.setRed(red);
          this.setSparkling(sparkling);
      }
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private double privateWhite;
  
      public final double getWhite() {
          return privateWhite;
      }
  
      public final void setWhite(double value) {
          privateWhite = value;
      }
      private double privateRed;
  
      public final double getRed() {
          return privateRed;
      }
  
      public final void setRed(double value) {
          privateRed = value;
      }
      private double privateSparkling;
  
      public final double getSparkling() {
          return privateSparkling;
      }
  
      public final void setSparkling(double value) {
          privateSparkling = value;
      }
  }
  

Clustered:

• image
• Java

• 

• PopulateProductSales(chart1);
  chart1.getTitles().add(new TitleDockable("Wine Sales by Type"));
  chart1.getAxisY().getLabelsFormat().setFormat(AxisFormat.CURRENCY);
  chart1.setGallery(Gallery.BAR);
  chart1.getView3D().setCluster(true);
  

  public static void PopulateProductSales(Chart chart1) {
      ProductSales[] data = new ProductSales[]{
          new ProductSales("Jan", 12560, 23400, 34500),
          new ProductSales("Feb", 13400, 21000, 38900),
          new ProductSales("Mar", 16700, 17000, 42100),
          new ProductSales("Apr", 12000, 19020, 43800),
          new ProductSales("May", 15800, 26500, 37540),
          new ProductSales("Jun", 9800, 27800, 32580),
          new ProductSales("Jul", 17800, 29820, 34000),
          new ProductSales("Aug", 19800, 17800, 38000),
          new ProductSales("Sep", 23200, 32000, 41300),
          new ProductSales("Oct", 16700, 26500, 46590),
          new ProductSales("Nov", 11800, 23000, 48700),
          new ProductSales("Dec", 13400, 15400, 49100)
      };
      ObjectProvider objProvider = new ObjectProvider(data);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  
  
  
  }
  

  public static class ProductSales {
  
      public ProductSales(String month, double white, double red, double sparkling) {
          this.setMonth(month);
          this.setWhite(white);
          this.setRed(red);
          this.setSparkling(sparkling);
      }
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private double privateWhite;
  
      public final double getWhite() {
          return privateWhite;
      }
  
      public final void setWhite(double value) {
          privateWhite = value;
      }
      private double privateRed;
  
      public final double getRed() {
          return privateRed;
      }
  
      public final void setRed(double value) {
          privateRed = value;
      }
      private double privateSparkling;
  
      public final double getSparkling() {
          return privateSparkling;
      }
  
      public final void setSparkling(double value) {
          privateSparkling = value;
      }
  }
  

See Also:

resetCluster

setCluster

public void setCluster(boolean value)

Displays a z-clustered 3D chart. When set to true, the chart will show as clustered; when set to false, the chart displays the series side-by-side.

When setting this method, you must make sure that the chart is displayed in 3D mode (by setting the isEnabled method to true) and that the chart is cluster capable (BAR, LINES or GANTT chart).

When displaying a clustered chart, each series will have its own position in the Z axis. This means, if this method is set to true, then each data series will occupy one row of data along the Z-axis

AREA charts are always clustered as there is no way to paint different series side by side. On the other hand, if you have a BAR chart, it is possible to paint bars side-by-side and not clustered in the z-axis.

Below is an example of a non-clustered bar chart vs. a clustered bar chart.

Non-Clustered:

• image
• Java

• 

• PopulateProductSales(chart1);
  chart1.getTitles().add(new TitleDockable("Wine Sales by Type"));
  chart1.getAxisY().getLabelsFormat().setFormat(AxisFormat.CURRENCY);
  chart1.setGallery(Gallery.BAR);
  chart1.getView3D().setEnabled(true);
  

  public static void PopulateProductSales(Chart chart1) {
      ProductSales[] data = new ProductSales[]{
          new ProductSales("Jan", 12560, 23400, 34500),
          new ProductSales("Feb", 13400, 21000, 38900),
          new ProductSales("Mar", 16700, 17000, 42100),
          new ProductSales("Apr", 12000, 19020, 43800),
          new ProductSales("May", 15800, 26500, 37540),
          new ProductSales("Jun", 9800, 27800, 32580),
          new ProductSales("Jul", 17800, 29820, 34000),
          new ProductSales("Aug", 19800, 17800, 38000),
          new ProductSales("Sep", 23200, 32000, 41300),
          new ProductSales("Oct", 16700, 26500, 46590),
          new ProductSales("Nov", 11800, 23000, 48700),
          new ProductSales("Dec", 13400, 15400, 49100)
      };
      ObjectProvider objProvider = new ObjectProvider(data);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  
  
  
  }
  

  public static class ProductSales {
  
      public ProductSales(String month, double white, double red, double sparkling) {
          this.setMonth(month);
          this.setWhite(white);
          this.setRed(red);
          this.setSparkling(sparkling);
      }
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private double privateWhite;
  
      public final double getWhite() {
          return privateWhite;
      }
  
      public final void setWhite(double value) {
          privateWhite = value;
      }
      private double privateRed;
  
      public final double getRed() {
          return privateRed;
      }
  
      public final void setRed(double value) {
          privateRed = value;
      }
      private double privateSparkling;
  
      public final double getSparkling() {
          return privateSparkling;
      }
  
      public final void setSparkling(double value) {
          privateSparkling = value;
      }
  }
  

Clustered:

• image
• Java

• 

• PopulateProductSales(chart1);
  chart1.getTitles().add(new TitleDockable("Wine Sales by Type"));
  chart1.getAxisY().getLabelsFormat().setFormat(AxisFormat.CURRENCY);
  chart1.setGallery(Gallery.BAR);
  chart1.getView3D().setCluster(true);
  

  public static void PopulateProductSales(Chart chart1) {
      ProductSales[] data = new ProductSales[]{
          new ProductSales("Jan", 12560, 23400, 34500),
          new ProductSales("Feb", 13400, 21000, 38900),
          new ProductSales("Mar", 16700, 17000, 42100),
          new ProductSales("Apr", 12000, 19020, 43800),
          new ProductSales("May", 15800, 26500, 37540),
          new ProductSales("Jun", 9800, 27800, 32580),
          new ProductSales("Jul", 17800, 29820, 34000),
          new ProductSales("Aug", 19800, 17800, 38000),
          new ProductSales("Sep", 23200, 32000, 41300),
          new ProductSales("Oct", 16700, 26500, 46590),
          new ProductSales("Nov", 11800, 23000, 48700),
          new ProductSales("Dec", 13400, 15400, 49100)
      };
      ObjectProvider objProvider = new ObjectProvider(data);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  
  
  
  }
  

  public static class ProductSales {
  
      public ProductSales(String month, double white, double red, double sparkling) {
          this.setMonth(month);
          this.setWhite(white);
          this.setRed(red);
          this.setSparkling(sparkling);
      }
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private double privateWhite;
  
      public final double getWhite() {
          return privateWhite;
      }
  
      public final void setWhite(double value) {
          privateWhite = value;
      }
      private double privateRed;
  
      public final double getRed() {
          return privateRed;
      }
  
      public final void setRed(double value) {
          privateRed = value;
      }
      private double privateSparkling;
  
      public final double getSparkling() {
          return privateSparkling;
      }
  
      public final void setSparkling(double value) {
          privateSparkling = value;
      }
  }
  

Parameters:

value -

See Also:

resetCluster

getDepth

public int getDepth()

Gets or sets the thickness along the Z-axis for the series.

Below are two examples demonstrating the differences when using a Depth of 0 and a Depth of 150.

Depth value of 0:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setAngleX(45);
  chart1.getView3D().setDepth(0);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

Depth value of 150:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setAngleX(45);
  chart1.getView3D().setDepth(150);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

See Also:

resetDepth

setDepth

public void setDepth(int value)

Gets or sets the thickness along the Z-axis for the series.

Below are two examples demonstrating the differences when using a Depth of 0 and a Depth of 150.

Depth value of 0:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setAngleX(45);
  chart1.getView3D().setDepth(0);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

Depth value of 150:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setAngleX(45);
  chart1.getView3D().setDepth(150);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

Parameters:

value -

See Also:

resetDepth

isEnabled

public boolean isEnabled()

Gets or sets a value indicating whether 3D effects should be applied.

Toggles the chart between 2D and 3D modes. When set to true the chart is displayed in 3D.

To enable the 3D effects:

• image
• Java

• 

• chart1.getView3D().setEnabled(true);
  

See Also:

resetEnabled

setEnabled

public void setEnabled(boolean value)

Gets or sets a value indicating whether 3D effects should be applied.

Toggles the chart between 2D and 3D modes. When set to true the chart is displayed in 3D.

To enable the 3D effects:

• image
• Java

• 

• chart1.getView3D().setEnabled(true);
  

Parameters:

value -

See Also:

resetEnabled

getPerspective

public int getPerspective()

Allows you to set a 3D perspective to control the view of the chart depth.

The perspective value specifies the ratio of the front of the chart to the back of the chart. It ranges from 0 (default) degrees to 100 degrees.

In order to apply a perspective, the chart 3D isEnabled must be set to true.

To see the difference, below is a chart with the perspective set to 0 (the default) and the same chart set with a perspective of 20.

A perspective value of 0 (default):

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setPerspective(0);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

A perspective value of 20:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setPerspective(20);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

See Also:

resetPerspective

setPerspective

public void setPerspective(int value)

Allows you to set a 3D perspective to control the view of the chart depth.

The perspective value specifies the ratio of the front of the chart to the back of the chart. It ranges from 0 (default) degrees to 100 degrees.

In order to apply a perspective, the chart 3D isEnabled must be set to true.

To see the difference, below is a chart with the perspective set to 0 (the default) and the same chart set with a perspective of 20.

A perspective value of 0 (default):

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setPerspective(0);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

A perspective value of 20:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setPerspective(20);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

Parameters:

value -

See Also:

resetPerspective

isRotated

public boolean isRotated()

Gets or sets a value indicating the chart is Rotated.

Allows you to enable or disable a Rotated view in a 3D chart.

When a chart is Rotated, angles and perspective attributes are also applied.

To enable rotation capabilities:

• image
• Java

• 

• chart1.getView3D().setRotated(true);
  

See Also:

resetRotated

setRotated

public void setRotated(boolean value)

Gets or sets a value indicating the chart is Rotated.

Allows you to enable or disable a Rotated view in a 3D chart.

When a chart is Rotated, angles and perspective attributes are also applied.

To enable rotation capabilities:

• image
• Java

• 

• chart1.getView3D().setRotated(true);
  

Parameters:

value -

See Also:

resetRotated

getShadow

public Shadow getShadow()

Gets or sets a value indicating the type of shading to display when the chart is displayed in 3D.

Below, all shading is turned off:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setShadow(Shadow.NONE);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

See Also:

resetShadow

setShadow

public void setShadow(Shadow value)

Gets or sets a value indicating the type of shading to display when the chart is displayed in 3D.

Below, all shading is turned off:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getView3D().setEnabled(true);
  chart1.getView3D().setShadow(Shadow.NONE);
  

  public static void PopulateCarProduction(Chart chart1) {
      CarProduction[] production = new CarProduction[] {
          new CarProduction("Jan", 1760, 535, 695 ) ,
          new CarProduction("Feb", 1849, 395, 688 ) ,
          new CarProduction("Mar", 2831, 685, 1047 ) ,
          new CarProduction("Apr", 2851, 984, 1652 ) ,
          new CarProduction("May", 2961, 1579, 1889 ) ,
          new CarProduction("Jun", 1519, 1539, 1766 ) ,
          new CarProduction("Jul", 2633, 1489, 1361 ) ,
          new CarProduction("Aug", 1140, 650, 874 ) ,
          new CarProduction("Sep", 1626, 653, 693 ) ,
          new CarProduction("Oct", 1478, 2236, 786 ) ,
          new CarProduction("Nov", 1306, 1937, 599 ) ,
          new CarProduction("Dec", 1607, 2138, 678 )
      };
  
      ObjectProvider objProvider = new ObjectProvider(production);
      chart1.getDataSourceSettings().setDataSource(objProvider);
  
  }
  

  public static class CarProduction {
  
      private CarProduction(String month, int sedan, int coupe, int SUV) {
          this.setMonth(month);
          this.setSedan(sedan);
          this.setCoupe(coupe);
          this.setSUV(SUV);
      }
  
      private String privateMonth;
  
      public final String getMonth() {
          return privateMonth;
      }
  
      public final void setMonth(String value) {
          privateMonth = value;
      }
      private int privateSedan;
  
      public final int getSedan() {
          return privateSedan;
      }
  
      public final void setSedan(int value) {
          privateSedan = value;
      }
      private int privateCoupe;
  
      public final int getCoupe() {
          return privateCoupe;
      }
  
      public final void setCoupe(int value) {
          privateCoupe = value;
      }
      private int privateSUV;
  
      public final int getSUV() {
          return privateSUV;
      }
  
      public final void setSUV(int value) {
          privateSUV = value;
      }
  }
  

Parameters:

value -

See Also:

resetShadow

resetAngleX

public void resetAngleX()

Set the property AngleX to its default value.

See Also:

setAngleX

resetAngleY

public void resetAngleY()

Set the property AngleY to its default value.

See Also:

setAngleY

resetBoxThickness

public void resetBoxThickness()

Set the property BoxThickness to its default value.

See Also:

setBoxThickness

resetCluster

public void resetCluster()

Set the property Cluster to its default value.

See Also:

isCluster

resetDepth

public void resetDepth()

Set the property Depth to its default value.

See Also:

setDepth

resetEnabled

public void resetEnabled()

Set the property Enabled to its default value.

See Also:

isEnabled

resetPerspective

public void resetPerspective()

Set the property Perspective to its default value.

See Also:

setPerspective

resetRotated

public void resetRotated()

Set the property Rotated to its default value.

See Also:

isRotated

resetShadow

public void resetShadow()

Set the property Shadow to its default value.

See Also:

setShadow