Uses of Class
cc.kave.repackaged.jayes.factor.AbstractFactor

Packages that use AbstractFactor

Package	Description
cc.kave.repackaged.jayes
cc.kave.repackaged.jayes.factor
cc.kave.repackaged.jayes.inference.junctionTree
cc.kave.repackaged.jayes.internal.util

Uses of AbstractFactor in cc.kave.repackaged.jayes

Methods in cc.kave.repackaged.jayes that return AbstractFactor

Modifier and Type	Method and Description
AbstractFactor	BayesNode.getFactor()

Uses of AbstractFactor in cc.kave.repackaged.jayes.factor

Subclasses of AbstractFactor in cc.kave.repackaged.jayes.factor

Modifier and Type	Class and Description
class	DenseFactor
class	SparseFactor

Methods in cc.kave.repackaged.jayes.factor that return AbstractFactor

Modifier and Type	Method and Description
AbstractFactor	AbstractFactor.clone()
AbstractFactor	FactorFactory.create(List<Integer> vars, List<AbstractFactor> multiplicationPartners) creates a factor, the class of which is dependent on different criteria defined in the concrete subclasses.

Methods in cc.kave.repackaged.jayes.factor with parameters of type AbstractFactor

Modifier and Type	Method and Description
static SparseFactor	SparseFactor.fromFactor(AbstractFactor f)
protected boolean	FactorFactory.getUseLogScale(AbstractFactor f)
static boolean	SparseFactor.isSuitable(int futureLength, AbstractFactor... multiplicationCandidates) approximates whether creating a sparse factor will save memory compared to a dense factor
void	AbstractFactor.multiplyCompatible(AbstractFactor compatible) multiply the factors.
void	SparseFactor.multiplyCompatible(AbstractFactor compatible)
void	AbstractFactor.multiplyCompatibleToLog(AbstractFactor factor)
abstract int[]	AbstractFactor.prepareMultiplication(AbstractFactor compatible)
int[]	DenseFactor.prepareMultiplication(AbstractFactor compatible) prepares multiplication by precomputing the corresponding array positions in the compatible Factor
int[]	SparseFactor.prepareMultiplication(AbstractFactor compatible)
void	SparseFactor.sparsify(AbstractFactor... compatible) Prepares the factor in the sense that it's internal structures are optimized according to the zero/non-zero structure of the factors that will be multiplied in.

Method parameters in cc.kave.repackaged.jayes.factor with type arguments of type AbstractFactor

Modifier and Type	Method and Description
AbstractFactor	FactorFactory.create(List<Integer> vars, List<AbstractFactor> multiplicationPartners) creates a factor, the class of which is dependent on different criteria defined in the concrete subclasses.

Constructors in cc.kave.repackaged.jayes.factor with parameters of type AbstractFactor

Constructor and Description
Cut(AbstractFactor factor)

Uses of AbstractFactor in cc.kave.repackaged.jayes.inference.junctionTree

Fields in cc.kave.repackaged.jayes.inference.junctionTree declared as AbstractFactor

Modifier and Type	Field and Description
protected AbstractFactor[]	JunctionTreeAlgorithm.nodePotentials
protected AbstractFactor[]	JunctionTreeAlgorithm.queryFactors

Fields in cc.kave.repackaged.jayes.inference.junctionTree with type parameters of type AbstractFactor

Modifier and Type	Field and Description
protected List<Pair<AbstractFactor,IArrayWrapper>>	JunctionTreeAlgorithm.initializations
protected Map<Graph.Edge,AbstractFactor>	JunctionTreeAlgorithm.sepSets

Uses of AbstractFactor in cc.kave.repackaged.jayes.internal.util

Methods in cc.kave.repackaged.jayes.internal.util with parameters of type AbstractFactor

Modifier and Type	Method and Description
static int[]	AddressCalc.computeLinearMap(AbstractFactor factor, int... dimensionIDs) computes a mapping from the factors' addresses to the corresponding index of the flat value array of a factor consisting of the dimensions with the given dimensionIDs.