com.ibm.watson.developer_cloud.tradeoff_analytics.v1

Class TradeoffAnalytics

java.lang.Object

com.ibm.watson.developer_cloud.service.WatsonService

com.ibm.watson.developer_cloud.tradeoff_analytics.v1.TradeoffAnalytics

public class TradeoffAnalytics
extends WatsonService

The IBM Watson Tradeoff Analytics service applies decision analytics technology, enabling users to avoid choice overload when making complex decisions involving multiple, conflicting goals.

See Also:

Tradeoff Analytics

Field Summary

Fields inherited from class com.ibm.watson.developer_cloud.service.WatsonService

defaultHeaders, MESSAGE_CODE, MESSAGE_ERROR, skipAuthentication, VERSION

Constructor Summary

Constructors

Constructor and Description
TradeoffAnalytics() Instantiates a new tradeoff analytics.
TradeoffAnalytics(java.lang.String username, java.lang.String password) Instantiates a new tradeoff analytics service by username and password.

Method Summary

Modifier and Type	Method and Description
ServiceCall<Dilemma>	dilemmas(Problem problem) Returns a dilemma that contains the Problem and a Resolution.
ServiceCall<Dilemma>	dilemmas(Problem problem, java.lang.Boolean generateVisualization) Returns a dilemma that contains the Problem and a Resolution.
ServiceCall<Dilemma>	dilemmas(Problem problem, java.lang.Boolean generateVisualization, java.lang.Boolean findPreferableOptions) Returns a dilemma that contains the Problem and a Resolution.

Methods inherited from class com.ibm.watson.developer_cloud.service.WatsonService

configureHttpClient, createServiceCall, getApiKey, getEndPoint, getName, getToken, processServiceCall, setApiKey, setAuthentication, setDefaultHeaders, setEndPoint, setSkipAuthentication, setUsernameAndPassword, toString

Methods inherited from class java.lang.Object

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

Constructor Detail

TradeoffAnalytics

public TradeoffAnalytics()

Instantiates a new tradeoff analytics.

TradeoffAnalytics

public TradeoffAnalytics(java.lang.String username,
                         java.lang.String password)

Instantiates a new tradeoff analytics service by username and password.

Parameters:

username - the username

password - the password

Method Detail

dilemmas

public ServiceCall<Dilemma> dilemmas(Problem problem)

Returns a dilemma that contains the Problem and a Resolution. The Problem contains a set of options and objectives. The Resolution contains a set of optimal options, their analytical characteristics, and by default their representation on a 2D space.

Here is an example of how to call the Tradeoff Analytics service with a Problem:

 TradeoffAnalytics service = new TradeoffAnalytics();
 service.setUsernameAndPassword("USERNAME", "PASSWORD");
 Problem problem = new Problem(); // create the options and objectives here
 Dilemma dilemma = service.dilemmas(problem, false);
 

Parameters:

problem - the decision problem

Returns:

the dilemma

dilemmas

public ServiceCall<Dilemma> dilemmas(Problem problem,
                                     java.lang.Boolean generateVisualization)

Returns a dilemma that contains the Problem and a Resolution. The Problem contains a set of options and objectives. The Resolution contains a set of optimal options, their analytical characteristics, and by default their representation on a 2D space.

Here is an example of how to call the Tradeoff Analytics service with a Problem:

 TradeoffAnalytics service = new TradeoffAnalytics();
 service.setUsernameAndPassword("USERNAME", "PASSWORD");
 Problem problem = new Problem(); // create the options and objectives here
 Dilemma dilemma = service.dilemmas(problem, false);
 

Parameters:

problem - the decision problem

generateVisualization - if true the Dilemma contains information to generate visualization

Returns:

the decision problem

dilemmas

public ServiceCall<Dilemma> dilemmas(Problem problem,
                                     java.lang.Boolean generateVisualization,
                                     java.lang.Boolean findPreferableOptions)

Returns a dilemma that contains the Problem and a Resolution. The Problem contains a set of options and objectives. The Resolution contains a set of optimal options, their analytical characteristics, and by default their representation on a 2D space.

Here is an example of how to call the Tradeoff Analytics service with a Problem:

 TradeoffAnalytics service = new TradeoffAnalytics();
 service.setUsernameAndPassword("USERNAME", "PASSWORD");
 Problem problem = new Problem(); // create the options and objectives here
 Dilemma dilemma = service.dilemmas(problem, false, true);
 

Parameters:

problem - the decision problem

generateVisualization - if true the Dilemma contains information to generate visualization

findPreferableOptions - if true the Dilemma includes a refined subset of best candidate options that will most likely satisfy the greatest number of users.

Returns:

the decision problem