com.softwarefx.chartfx.server

Class AxisScale

java.lang.Object

com.softwarefx.chartfx.server.AxisScale

Direct Known Subclasses:

LinearizableAxisScale

public class AxisScale
extends java.lang.Object

This class is used to handle the visible axis Scales of a chart.

When zooming or scrolling in the chart the visible axis scales values changes reflecting the current max and min values.

Constructor Summary

Constructors

Constructor and Description
AxisScale()

Method Summary

Methods

Modifier and Type	Method and Description
Axis	getAxis() Description goes here
double[]	getCustomSteps() Allows you to set a custom step for the selected scale.
int	getFirstLabel() Gets or sets a value used to customize the first label displayed on a selected scale.
DataUnit	getFrom() Gets or sets the From value assigned to the specified axis scale
java.util.Date	getFromDateTime() Gets or sets the From value assigned to the specified axis scale
double	getFromDouble() Gets or sets the From value assigned to the specified axis scale
TimeSpan	getFromTimeSpan() Gets or sets the From value assigned to the specified axis scale
DataUnit	getLabelValue() Allows you to set and associate text labels to major tick marks in a numerical axis scale.
java.util.Date	getLabelValueDateTime() Allows you to set and associate text labels to major tick marks in a numerical axis scale.
double	getLabelValueDouble() Allows you to set and associate text labels to major tick marks in a numerical axis scale.
TimeSpan	getLabelValueTimeSpan() Allows you to set and associate text labels to major tick marks in a numerical axis scale.
DataUnit	getMinorStep() Description goes here
java.util.Date	getMinorStepDateTime() Description goes here
double	getMinorStepDouble() Description goes here
TimeSpan	getMinorStepTimeSpan() Description goes here
double	getProportion() Specifies the value to divide the AxisScale
double	getScaleUnit() Returns the scale unit of a selected scale.
DataUnit	getStep() Specifies the interval of major tick marks and gridlines on the selected scale.
java.util.Date	getStepDateTime() Specifies the interval of major tick marks and gridlines on the selected scale.
double	getStepDouble() Specifies the interval of major tick marks and gridlines on the selected scale.
TimeSpan	getStepTimeSpan() Specifies the interval of major tick marks and gridlines on the selected scale.
DataUnit	getTo() Gets or sets the To value assigned to the specified axis scale.
java.util.Date	getToDateTime() Gets or sets the To value assigned to the specified axis scale.
double	getToDouble() Gets or sets the To value assigned to the specified axis scale.
TimeSpan	getToTimeSpan() Gets or sets the To value assigned to the specified axis scale.
boolean	isAutoMinorStep() Specifies if the increment between minor tick marks and minor gridlines was automatically calculated.
boolean	isAutoStep() Specifies if the the interval of major tick marks and gridlines on the selected scale was automatically calculated.
void	resetCustomSteps() Set the property CustomSteps to its default value.
void	resetFirstLabel() Set the property FirstLabel to its default value.
void	resetFrom() Set the property From to its default value.
void	resetLabelValue() Set the property LabelValue to its default value.
void	resetMinorStep() Set the property MinorStep to its default value.
void	resetProportion() Set the property Proportion to its default value.
void	resetScaleUnit() Set the property ScaleUnit to its default value.
void	resetStep() Set the property Step to its default value.
void	resetTo() Set the property To to its default value.
void	setCustomSteps(double[] value) Allows you to set a custom step for the selected scale.
void	setFirstLabel(int value) Gets or sets a value used to customize the first label displayed on a selected scale.
void	setFrom(DataUnit value) Gets or sets the From value assigned to the specified axis scale
void	setFrom(java.util.Date value) Gets or sets the From value assigned to the specified axis scale
void	setFrom(double value) Gets or sets the From value assigned to the specified axis scale
void	setFrom(TimeSpan value) Gets or sets the From value assigned to the specified axis scale
void	setLabelValue(DataUnit value) Allows you to set and associate text labels to major tick marks in a numerical axis scale.
void	setLabelValue(java.util.Date value) Allows you to set and associate text labels to major tick marks in a numerical axis scale.
void	setLabelValue(double value) Allows you to set and associate text labels to major tick marks in a numerical axis scale.
void	setLabelValue(TimeSpan value) Allows you to set and associate text labels to major tick marks in a numerical axis scale.
void	setMinorStep(DataUnit value) Description goes here
void	setMinorStep(java.util.Date value) Description goes here
void	setMinorStep(double value) Description goes here
void	setMinorStep(TimeSpan value) Description goes here
void	setProportion(double value) Specifies the value to divide the AxisScale
void	setScaleUnit(double value) Returns or Sets the scale unit of a selected scale.
void	setStep(DataUnit value) Specifies the interval of major tick marks and gridlines on the selected scale.
void	setStep(java.util.Date value) Specifies the interval of major tick marks and gridlines on the selected scale.
void	setStep(double value) Specifies the interval of major tick marks and gridlines on the selected scale.
void	setStep(TimeSpan value) Specifies the interval of major tick marks and gridlines on the selected scale.
void	setTo(DataUnit value) Gets or sets the To value assigned to the specified axis scale.
void	setTo(java.util.Date value) Gets or sets the To value assigned to the specified axis scale.
void	setTo(double value) Gets or sets the To value assigned to the specified axis scale.
void	setTo(TimeSpan value) Gets or sets the To value assigned to the specified axis scale.

Methods inherited from class java.lang.Object

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

Constructor Detail

AxisScale

public AxisScale()

Method Detail

isAutoMinorStep

public boolean isAutoMinorStep()

Specifies if the increment between minor tick marks and minor gridlines was automatically calculated.

• Java

• boolean isAutoMinorStep;
  isAutoMinorStep = chart1.getAxisX().getScale().getIsAutoMinorStep();
  

isAutoStep

public boolean isAutoStep()

Specifies if the the interval of major tick marks and gridlines on the selected scale was automatically calculated.

• Java

• boolean isAutoStep;
  isAutoStep = chart1.getAxisX().getScale().getIsAutoStep();
  

getAxis

public Axis getAxis()

Description goes here

getCustomSteps

public double[] getCustomSteps()

Allows you to set a custom step for the selected scale.

The setCustomSteps method holds an array of numbers (double) that specifies a series of step values for the selected scale.

The step applied to the scale will begin to cycle if your chart contains enough points. For example, if you set the CustomStep to (5,10,20,30) the scale step would look like the following:

0,5,15,35,65,70,80,100,130,135,...

Below, the Y Axis custom step has been set to {250, 500, 1500, 3000}:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  double[] myStep;
  myStep = new double[] {250, 500, 1500, 3000};
  chart1.getAxisY().setCustomSteps(myStep);
  

  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:

resetCustomSteps

setCustomSteps

public void setCustomSteps(double[] value)

Allows you to set a custom step for the selected scale.

The setCustomSteps method holds an array of numbers (double) that specifies a series of step values for the selected scale.

The step applied to the scale will begin to cycle if your chart contains enough points. For example, if you set the CustomStep to (5,10,20,30) the scale step would look like the following:

0,5,15,35,65,70,80,100,130,135,...

Below, the Y Axis custom step has been set to {250, 500, 1500, 3000}:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  double[] myStep;
  myStep = new double[] {250, 500, 1500, 3000};
  chart1.getAxisY().setCustomSteps(myStep);
  

  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:

resetCustomSteps

getFirstLabel

public int getFirstLabel()

Gets or sets a value used to customize the first label displayed on a selected scale.

The setting must be an integer specifying where you want labels to begin. The scale will then follow the setStep associated with it to display subsequent labels.

When using this method in the X Axis of a chart with values ranging from 0 to 1, the axis' setMinorStep is used to calculate which label is the first, second, third, etc. When X Axis values range bigger than 1, then the axis setStep is used for this calculation.

Below, the first label in the X-Axis is set to 3:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getAxisX().setFirstLabel(3);
  

  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:

resetFirstLabel

setFirstLabel

public void setFirstLabel(int value)

Gets or sets a value used to customize the first label displayed on a selected scale.

The setting must be an integer specifying where you want labels to begin. The scale will then follow the setStep associated with it to display subsequent labels.

When using this method in the X Axis of a chart with values ranging from 0 to 1, the axis' setMinorStep is used to calculate which label is the first, second, third, etc. When X Axis values range bigger than 1, then the axis setStep is used for this calculation.

Below, the first label in the X-Axis is set to 3:

• image
• Java

• 

• PopulateCarProduction(chart1);
  chart1.getTitles().add(new TitleDockable("Vehicles Production by Type"));
  chart1.getAxisX().setFirstLabel(3);
  

  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:

resetFirstLabel

getFromTimeSpan

public TimeSpan getFromTimeSpan()

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

See Also:

resetFrom

setFrom

public void setFrom(TimeSpan value)

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

Parameters:

value -

See Also:

resetFrom

getFrom

public DataUnit getFrom()

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

See Also:

resetFrom

setFrom

public void setFrom(DataUnit value)

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

Parameters:

value -

See Also:

resetFrom

getFromDouble

public double getFromDouble()

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

See Also:

resetFrom

setFrom

public void setFrom(double value)

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

Parameters:

value -

See Also:

resetFrom

getFromDateTime

public java.util.Date getFromDateTime()

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

See Also:

resetFrom

setFrom

public void setFrom(java.util.Date value)

Gets or sets the From value assigned to the specified axis scale

The AxisScale setFrom method can be applied to different axis types, so this method can be set to a categorical axis.

If no From value is specified, will automatically set a From value according to the data provided, you can use this method to read or write this default value.

The value of the setFrom method must be smaller than the value of the To method.

To set the From value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setFrom(new DateTime(2006, 1, 15));
  

Parameters:

value -

See Also:

resetFrom

getLabelValueTimeSpan

public TimeSpan getLabelValueTimeSpan()

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

See Also:

resetLabelValue

setLabelValue

public void setLabelValue(TimeSpan value)

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

Parameters:

value -

See Also:

resetLabelValue

getLabelValue

public DataUnit getLabelValue()

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

See Also:

resetLabelValue

setLabelValue

public void setLabelValue(DataUnit value)

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

Parameters:

value -

See Also:

resetLabelValue

getLabelValueDouble

public double getLabelValueDouble()

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

See Also:

resetLabelValue

setLabelValue

public void setLabelValue(double value)

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

Parameters:

value -

See Also:

resetLabelValue

getLabelValueDateTime

public java.util.Date getLabelValueDateTime()

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

See Also:

resetLabelValue

setLabelValue

public void setLabelValue(java.util.Date value)

Allows you to set and associate text labels to major tick marks in a numerical axis scale. This property can get or set the LabelValue assigned to any of the axes scales.

Normally, labels in a numerical axis scale are automatically controlled and displayed according to the setMin, setMax and setStep methods. In some cases, you'll need to associate text labels with a numerical axis scale(using the setLabels method), but when any of the scale values (Min, Max, Step, etc) change, these labels will no longer serve their purpose as the tick marks will be recalculated according to scale settings.

For example, if you have a chart where the Y axis scale ranges from Min=0 to Max=100 and Step=25, you'll have 4 tick marks on 25,50,75 and 100. By default Chart FX will display numbers (as labels) associated with each tick mark.

Now let's say you want to associate text labels (instead of the number) with each tick mark in the Y axis scale and you use the Label method to set the following text labels: "Twenty-Five", "Fifty", "Seventy-Five", "One Hundred".

When you do this, everything will work out fine and the 4 tick marks will be labeled accordingly; however, if during the execution of your program or through user interaction, the Step suddenly changes from 25 to 12.5, you'll have 8 tick marks instead of 4 because you used the Label method with indexes 0,1,2 and 3, the "Fifty" tickmark will no longer correspond to the 50 value.

If you would have set the setLabelValueDateTime method to 25, when the Step changes from 25 to 12.5 Chart FX will label every other tick mark and the labels will correspond to their initial setting.

Label visual attributes like rotation, color and font are also accessible through the setLabelAngle, setTextColor, and setFont methods, respectively.

To set a LabelValue of 25 for the primary Y axis scale:

• Java

• chart1.getAxisY().getScales().get(0).setLabelValue(25);
  

Parameters:

value -

See Also:

resetLabelValue

getMinorStepTimeSpan

public TimeSpan getMinorStepTimeSpan()

Description goes here

See Also:

resetMinorStep

setMinorStep

public void setMinorStep(TimeSpan value)

Description goes here

Parameters:

value -

See Also:

resetMinorStep

getMinorStep

public DataUnit getMinorStep()

Description goes here

See Also:

resetMinorStep

setMinorStep

public void setMinorStep(DataUnit value)

Description goes here

Parameters:

value -

See Also:

resetMinorStep

getMinorStepDouble

public double getMinorStepDouble()

Description goes here

See Also:

resetMinorStep

setMinorStep

public void setMinorStep(double value)

Description goes here

Parameters:

value -

See Also:

resetMinorStep

getMinorStepDateTime

public java.util.Date getMinorStepDateTime()

Description goes here

See Also:

resetMinorStep

setMinorStep

public void setMinorStep(java.util.Date value)

Description goes here

Parameters:

value -

See Also:

resetMinorStep

getProportion

public double getProportion()

Specifies the value to divide the AxisScale

To show 2 numeric AxisScales in a 20/80 proportion:

• Java

• LinearAxisScale linearAxisScale;
  linearAxisScale = new LinearAxisScale();
  linearAxisScale.setFrom(0);
  linearAxisScale.setTo(10);
  linearAxisScale.setProportion(0.2);
  chart1.getAxisY().getScales().set(0, ((AxisScale)linearAxisScale));
  linearAxisScale = new LinearAxisScale();
  linearAxisScale.setFrom(11);
  linearAxisScale.setTo(50);
  linearAxisScale.setProportion(0.8);
  chart1.getAxisY().getScales().add(((AxisScale)linearAxisScale));
  

See Also:

resetProportion

setProportion

public void setProportion(double value)

Specifies the value to divide the AxisScale

To show 2 numeric AxisScales in a 20/80 proportion:

• Java

• LinearAxisScale linearAxisScale;
  linearAxisScale = new LinearAxisScale();
  linearAxisScale.setFrom(0);
  linearAxisScale.setTo(10);
  linearAxisScale.setProportion(0.2);
  chart1.getAxisY().getScales().set(0, ((AxisScale)linearAxisScale));
  linearAxisScale = new LinearAxisScale();
  linearAxisScale.setFrom(11);
  linearAxisScale.setTo(50);
  linearAxisScale.setProportion(0.8);
  chart1.getAxisY().getScales().add(((AxisScale)linearAxisScale));
  

Parameters:

value -

See Also:

resetProportion

getScaleUnit

public double getScaleUnit()

Returns the scale unit of a selected scale.

This constant is very useful when the values used on the Y axis are too big (e.g. 10,000,000) in this case you can use a 1,000,000 scale and the values on the Y axis will be divided by this scale.

The setScaleUnit method is a member of the scale object; therefore, the scale object must be referenced in order to set the method correctly.

To set the Scale Unit of the primary Y scale to 1000:

• Java

• chart1.getAxisY().getScales().get(0).setScaleUnit(1000);
  

See Also:

resetScaleUnit

setScaleUnit

public void setScaleUnit(double value)

Returns or Sets the scale unit of a selected scale.

This constant is very useful when the values used on the Y axis are too big (e.g. 10,000,000) in this case you can use a 1,000,000 scale and the values on the Y axis will be divided by this scale.

The setScaleUnit method is a member of the scale object; therefore, the scale object must be referenced in order to set the method correctly.

To set the Scale Unit of the primary Y scale to 1000:

• Java

• chart1.getAxisY().getScales().get(0).setScaleUnit(1000);
  

Parameters:

value -

See Also:

resetScaleUnit

getStepTimeSpan

public TimeSpan getStepTimeSpan()

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

See Also:

resetStep

setStep

public void setStep(TimeSpan value)

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

Parameters:

value -

See Also:

resetStep

getStep

public DataUnit getStep()

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

See Also:

resetStep

setStep

public void setStep(DataUnit value)

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

Parameters:

value -

See Also:

resetStep

getStepDouble

public double getStepDouble()

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

See Also:

resetStep

setStep

public void setStep(double value)

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

Parameters:

value -

See Also:

resetStep

getStepDateTime

public java.util.Date getStepDateTime()

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

See Also:

resetStep

setStep

public void setStep(java.util.Date value)

Specifies the interval of major tick marks and gridlines on the selected scale. It also controls the gap or interval between labels in the selected scale.

Normally, you use this method to control the interval of labels, tick marks and gridlines in the selected scale. For example, if the selected axis scale ranges from 0 to 100 and you want to show labels, tick marks or gridlines every 10 units, then the appropriate setting for the setStep method is 10.

This method can also be used for a categorical axis. For example, if your X axis displays labels ranging from January to December and you set the setStep method to 2, then the categorical axis will display legends every other month.

You can also control a minor interval with the MinorsetStep method.

If no Step value is specified, will automatically set a Step according to the data provided, you can use this method to read or write this default value.

The value of the setStep method must be greater than the value of the MinorsetStep method.

To set the step on the major interval to 15 days in a Date categorical Axis:

• Java

• chart1.getAxisX().getScale().setStep((15 * (DataUnit.Day)));
  

Parameters:

value -

See Also:

resetStep

getToTimeSpan

public TimeSpan getToTimeSpan()

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

See Also:

resetTo

setTo

public void setTo(TimeSpan value)

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

Parameters:

value -

See Also:

resetTo

getTo

public DataUnit getTo()

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

See Also:

resetTo

setTo

public void setTo(DataUnit value)

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

Parameters:

value -

See Also:

resetTo

getToDouble

public double getToDouble()

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

See Also:

resetTo

setTo

public void setTo(double value)

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

Parameters:

value -

See Also:

resetTo

getToDateTime

public java.util.Date getToDateTime()

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

See Also:

resetTo

setTo

public void setTo(java.util.Date value)

Gets or sets the To value assigned to the specified axis scale.

The AxisScale To method can be applied to different axis types, so this method can be set to a categorical axis.

If no To value is specified, will automatically set a To value according to the data provided, you can use this method to read or write this default value.

The value of the To method must be greater than the value of the From method.

To set the To value of the primary X axis scale to a datetime:

• Java

• chart1.getAxisX().getScale().setTo(new DateTime(2013, 2, 28));
  

Parameters:

value -

See Also:

resetTo

resetCustomSteps

public void resetCustomSteps()

Set the property CustomSteps to its default value.

See Also:

setCustomSteps

resetFirstLabel

public void resetFirstLabel()

Set the property FirstLabel to its default value.

See Also:

setFirstLabel

resetFrom

public void resetFrom()

Set the property From to its default value.

See Also:

setFrom

resetLabelValue

public void resetLabelValue()

Set the property LabelValue to its default value.

See Also:

setLabelValue

resetMinorStep

public void resetMinorStep()

Set the property MinorStep to its default value.

See Also:

setMinorStep

resetProportion

public void resetProportion()

Set the property Proportion to its default value.

See Also:

setProportion

resetScaleUnit

public void resetScaleUnit()

Set the property ScaleUnit to its default value.

See Also:

setScaleUnit

resetStep

public void resetStep()

Set the property Step to its default value.

See Also:

setStep

resetTo

public void resetTo()

Set the property To to its default value.

See Also:

setTo