edu.washington.cs.supple.render.utility
Class ElicitationQueryDomain

java.lang.Object
  edu.washington.cs.supple.render.utility.ElicitationQueryDomain

public class ElicitationQueryDomain

extends java.lang.Object

Author:

kgajos Contains all the interface definitions and sets of size constraints for each that should be used to generate elicitation queries

Field Summary

protected java.util.Hashtable

interfaces

Constructor Summary

ElicitationQueryDomain()

Method Summary

void	addInterface(UiObject root, java.util.Collection sizeConstraints)
void	addInterface(UiObject root, java.awt.Dimension sizeConstraint)
java.util.Vector	getInterfaces()
java.util.Collection	getSizeConstraints(UiObject root)
double	getSumCosts(FactoredCostFunction evalutionCostFunction, FactoredCostCalculator costCalculator)
double	getSumCosts(UiObject root, FactoredCostFunction evalutionCostFunction, FactoredCostCalculator costCalculator) returns the sum of costs of the best solutions for the renderings for a given ui object (that has to be in this query domain) for all the specified size constraints.

Methods inherited from class java.lang.Object

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

Field Detail

interfaces

protected java.util.Hashtable interfaces

Constructor Detail

ElicitationQueryDomain

public ElicitationQueryDomain()

Method Detail

addInterface

public void addInterface(UiObject root,
                         java.util.Collection sizeConstraints)

addInterface

public void addInterface(UiObject root,
                         java.awt.Dimension sizeConstraint)

getInterfaces

public java.util.Vector getInterfaces()

getSizeConstraints

public java.util.Collection getSizeConstraints(UiObject root)

getSumCosts

public double getSumCosts(UiObject root,
                          FactoredCostFunction evalutionCostFunction,
                          FactoredCostCalculator costCalculator)

returns the sum of costs of the best solutions for the renderings for a given ui object (that has to be in this query domain) for all the specified size constraints. The trick is that it uses the system default cost function to build the solutions but it is using the supplied cost function to evaluate the solutions. This allows us to track the progress of elicitation copmared to a known "true" cost function

Parameters:

root -

evalutionCostFunction -

costCalculator -

Returns:

getSumCosts

public double getSumCosts(FactoredCostFunction evalutionCostFunction,
                          FactoredCostCalculator costCalculator)