public class AssociationModelEvaluator extends ModelEvaluator<AssociationModel> implements HasEntityRegistry<AssociationRule>
| Constructor and Description |
|---|
AssociationModelEvaluator(PMML pmml) |
AssociationModelEvaluator(PMML pmml,
AssociationModel associationModel) |
| Modifier and Type | Method and Description |
|---|---|
Map<FieldName,?> |
evaluate(Map<FieldName,?> arguments) |
FieldName |
getActiveField() |
com.google.common.collect.BiMap<String,AssociationRule> |
getEntityRegistry()
Takes the snapshot of all known (ie.
|
String |
getSummary() |
Target |
getTarget(FieldName name) |
getValue, preparegetActiveFields, getGroupFields, getMiningField, getMiningFields, getMiningSchema, getModel, getOrCreateLocalTransformations, getOrCreateOutput, getOrCreateTargets, getOutputField, getOutputFields, getPredictedFields, getTargetField, resolveFieldfind, find, findAll, getDataDictionary, getDataField, getHeader, getModel, getModelManager, getModels, getOrCreateTransformationDictionary, getPMML, resolveFunctionclone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitgetActiveFields, getDataField, getGroupFields, getMiningField, getOutputField, getOutputFields, getPredictedFields, getTargetFieldpublic AssociationModelEvaluator(PMML pmml)
public AssociationModelEvaluator(PMML pmml, AssociationModel associationModel)
public String getSummary()
getSummary in interface Consumerpublic FieldName getActiveField()
public Target getTarget(FieldName name)
getTarget in class ModelManager<AssociationModel>null Always.public com.google.common.collect.BiMap<String,AssociationRule> getEntityRegistry()
HasEntityRegistrygetEntityRegistry in interface HasEntityRegistry<AssociationRule>Entity identifiers and Entity instances.public Map<FieldName,?> evaluate(Map<FieldName,?> arguments)
evaluate in interface Evaluatorarguments - Map of active field values.predicted field and output field values.
Simple values are represented using the Java equivalents of PMML data types (eg. String, Integer, Float, Double etc.).
Complex values are represented as instances of Computable that return simple values.ComputableCopyright © 2013 University of Tartu. All Rights Reserved.