com.softwarefx.chartfx.server

Class ComplexDataCondition

java.lang.Object

com.softwarefx.chartfx.server.Condition

com.softwarefx.chartfx.server.ComplexDataCondition

public final class ComplexDataCondition
extends Condition

The supported members of the ComplexDataCondition class allows you to customize the conditions for a ConditionalAttributes.

This class includes the conditions that a data value has to meet in order to display the configured conditional attributes.

Example:

To change the MarkerSize of all points greater than 50:

• Java

• Expressions.TreeFilteringCondition filtCond;
  filtCond = new Expressions.TreeFilteringCondition();
  filtCond.setTree(new Expressions.NumericGreaterThan(((NumericDataField)chart1.getDataSourceSettings().getDataFields().get("Value")), 50.0));
  ComplexDataCondition cdc;
  cdc = new ComplexDataCondition();
  cdc.setFiltering(filtCond);
  ConditionalAttributes condition1;
  condition1 = new ConditionalAttributes();
  condition1.setCondition(cdc);
  condition1.setMarkerSize((short)4);
  chart1.getConditionalAttributes().add((condition1));
  

Constructor Summary

Constructors

Constructor and Description
ComplexDataCondition() Constructs a newly allocated ComplexDataCondition object
ComplexDataCondition(com.softwarefx.server.data.expressions.IFilteringCondition filteringCondition) Constructs a newly allocated ComplexDataCondition object

Method Summary

Methods

Modifier and Type	Method and Description
boolean	evaluate(double value) Description goes here
com.softwarefx.server.data.expressions.IFilteringCondition	getFiltering() This property allows you to filter certain points based on a determined criteria.
void	setFiltering(com.softwarefx.server.data.expressions.IFilteringCondition value) This property allows you to filter certain points based on a determined criteria.

Methods inherited from class com.softwarefx.chartfx.server.Condition

getDataElement, getDataField, isActive, isInverse, resetActive, resetDataElement, resetInverse, setActive, setDataElement, setDataField, setInverse

Methods inherited from class java.lang.Object

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

Constructor Detail

ComplexDataCondition

public ComplexDataCondition()

Constructs a newly allocated ComplexDataCondition object

ComplexDataCondition

public ComplexDataCondition(com.softwarefx.server.data.expressions.IFilteringCondition filteringCondition)

Constructs a newly allocated ComplexDataCondition object

Parameters:

filteringCondition -

Method Detail

getFiltering

public com.softwarefx.server.data.expressions.IFilteringCondition getFiltering()

This property allows you to filter certain points based on a determined criteria.

There are 3 different ways of passing a filter to a chart. Using delegate, tree or Lambda conditions.

This method requires the conditions in order to display the configured conditional attributes.

Example:

When the filtering condition is met, the MarkerShape of all points greater than 2000 will be a triangle.

• Java

• PopulateCarProduction_Sedan(chart1);
  chart1.getTitles().add(new TitleDockable("Sedan Production"));
  Expressions.TreeFilteringCondition filtCond;
  filtCond = new Expressions.TreeFilteringCondition();
  filtCond.setTree(new Expressions.NumericGreaterThan(((NumericDataField)chart1.getDataSourceSettings().getDataFields().get("Sedan")), 2000.0));
  ComplexDataCondition cdc;
  cdc = new ComplexDataCondition();
  cdc.setFiltering(filtCond);
  ConditionalAttributes condition1;
  condition1 = new ConditionalAttributes();
  condition1.setCondition(cdc);
  condition1.setMarkerShape(MarkerShape.TRIANGLE);
  chart1.getConditionalAttributes().add((condition1));
  

  public static void PopulateCarProduction_Sedan(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);
          // Since not all the fields in the DataSource are required, we must specify the number
      // of series that will be contained in the chart and perform the corresponding bindings
      chart1.getData().setSeries(1);
      NumericDataField numericFieldSedan = new NumericDataField();
      numericFieldSedan.setDataPath("Sedan");
      chart1.getDataSourceSettings().getDataFields().add(numericFieldSedan);
      chart1.getSeries().get(0).getBindings().setY(numericFieldSedan);
  
      StringDataField stringField = new StringDataField();
      stringField.setDataPath("Month");
      chart1.getDataSourceSettings().getDataFields().add(stringField);
      chart1.getAxisX().getBindings().setLabel(stringField);
  }
  

  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;
      }
  }
  

setFiltering

public void setFiltering(com.softwarefx.server.data.expressions.IFilteringCondition value)

This property allows you to filter certain points based on a determined criteria.

There are 3 different ways of passing a filter to a chart. Using delegate, tree or Lambda conditions.

This method requires the conditions in order to display the configured conditional attributes.

Example:

When the filtering condition is met, the MarkerShape of all points greater than 2000 will be a triangle.

• Java

• PopulateCarProduction_Sedan(chart1);
  chart1.getTitles().add(new TitleDockable("Sedan Production"));
  Expressions.TreeFilteringCondition filtCond;
  filtCond = new Expressions.TreeFilteringCondition();
  filtCond.setTree(new Expressions.NumericGreaterThan(((NumericDataField)chart1.getDataSourceSettings().getDataFields().get("Sedan")), 2000.0));
  ComplexDataCondition cdc;
  cdc = new ComplexDataCondition();
  cdc.setFiltering(filtCond);
  ConditionalAttributes condition1;
  condition1 = new ConditionalAttributes();
  condition1.setCondition(cdc);
  condition1.setMarkerShape(MarkerShape.TRIANGLE);
  chart1.getConditionalAttributes().add((condition1));
  

  public static void PopulateCarProduction_Sedan(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);
          // Since not all the fields in the DataSource are required, we must specify the number
      // of series that will be contained in the chart and perform the corresponding bindings
      chart1.getData().setSeries(1);
      NumericDataField numericFieldSedan = new NumericDataField();
      numericFieldSedan.setDataPath("Sedan");
      chart1.getDataSourceSettings().getDataFields().add(numericFieldSedan);
      chart1.getSeries().get(0).getBindings().setY(numericFieldSedan);
  
      StringDataField stringField = new StringDataField();
      stringField.setDataPath("Month");
      chart1.getDataSourceSettings().getDataFields().add(stringField);
      chart1.getAxisX().getBindings().setLabel(stringField);
  }
  

  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 -

evaluate

public boolean evaluate(double value)

Description goes here

Overrides:

evaluate in class Condition

Parameters:

value -