SeparatelySpecified (Credal Model Algorithms 0.2.2 API)

All Superinterfaces:

FilterableFactor<F>, GenericFactor

All Known Subinterfaces:

BayesianFactor, IntervalFactor, SeparateHalfspaceFactor, SeparateLinearFactor<F>, VertexFactor

All Known Implementing Classes:

BayesianAbstractFactor, BayesianAndFactor, BayesianDefaultFactor, BayesianDeterministicFactor, BayesianFunctionFactor, BayesianFunctionLogFactor, BayesianLogFactor, BayesianLogicFactor, BayesianNoisyOrFactor, BayesianNotFactor, BayesianOrFactor, ConditionalFactor, IntervalAbstractFactor, IntervalDefaultFactor, IntervalLogFactor, IntervalVacuousFactor, SeparateHalfspaceAbstractFactor, SeparateHalfspaceDefaultFactor, SeparatelySpecifiedCredalFactor, VertexAbstractFactor, VertexDefaultFactor, VertexDeterministicFactor, VertexFunctionFactor, VertexLogFactor
```
public interface SeparatelySpecified<F extends SeparatelySpecified<F>>
extends FilterableFactor<F>
```
A separately specified Factor has a for each possible combination of its "grouping" domain. Usually this domain corresponds with the conditioning domain. The remaining part of the factor's domain is the Data domain. Grouping and Data domain do not overlap and, when combined must be equal to the complete domain obtained by GenericFactor.getDomain().

Author:

david

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method	Description
`Strides`	`getDataDomain()`	The domain of the rest of the domain.
`Strides`	`getSeparatingDomain()`	The domain of the separated part.

Methods inherited from interface ch.idsia.crema.factor.FilterableFactor
filter, filter

Methods inherited from interface ch.idsia.crema.factor.GenericFactor
copy, getDomain, isLog

- Method Detail
  - getSeparatingDomain
```
Strides getSeparatingDomain()
```
    The domain of the separated part. This is usually the conditioning of the Factor. This side must not overlap with the data domain returned by getDataDomain().
    
    Returns:
  - getDataDomain
```
Strides getDataDomain()
```
    The domain of the rest of the domain. Together with getSeparatingDomain() it will form the complete domain of the object.
    
    Returns: