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The Waikato Environment for Knowledge Analysis (WEKA), a machine learning workbench. This version represents the developer version, the "bleeding edge" of development, you could say. New functionality gets added to this version.

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//
// This file was generated by the JavaTM Architecture for XML Binding(JAXB) Reference Implementation, v2.0-b52-fcs 
// See http://java.sun.com/xml/jaxb 
// Any modifications to this file will be lost upon recompilation of the source schema. 
// Generated on: 2013.12.20 at 12:48:21 PM GMT 
//


package weka.core.pmml.jaxbbindings;

import java.util.List;
import javax.xml.bind.JAXBElement;
import javax.xml.bind.annotation.XmlElementDecl;
import javax.xml.bind.annotation.XmlRegistry;
import javax.xml.namespace.QName;


/**
 * This object contains factory methods for each 
 * Java content interface and Java element interface 
 * generated in the weka.core.pmml.jaxbbindings package. 
 * 

An ObjectFactory allows you to programatically * construct new instances of the Java representation * for XML content. The Java representation of XML * content can consist of schema derived interfaces * and classes representing the binding of schema * type definitions, element declarations and model * groups. Factory methods for each of these are * provided in this class. * */ @XmlRegistry public class ObjectFactory { private final static QName _SpectralAnalysis_QNAME = new QName("http://www.dmg.org/PMML-4_1", "SpectralAnalysis"); private final static QName _REALEntries_QNAME = new QName("http://www.dmg.org/PMML-4_1", "REAL-Entries"); private final static QName _INTEntries_QNAME = new QName("http://www.dmg.org/PMML-4_1", "INT-Entries"); private final static QName _CountTable_QNAME = new QName("http://www.dmg.org/PMML-4_1", "CountTable"); private final static QName _ARIMA_QNAME = new QName("http://www.dmg.org/PMML-4_1", "ARIMA"); private final static QName _Indices_QNAME = new QName("http://www.dmg.org/PMML-4_1", "Indices"); private final static QName _SeasonalTrendDecomposition_QNAME = new QName("http://www.dmg.org/PMML-4_1", "SeasonalTrendDecomposition"); private final static QName _NormalizedCountTable_QNAME = new QName("http://www.dmg.org/PMML-4_1", "NormalizedCountTable"); private final static QName _Array_QNAME = new QName("http://www.dmg.org/PMML-4_1", "Array"); /** * Create a new ObjectFactory that can be used to create new instances of schema derived classes for package: weka.core.pmml.jaxbbindings * */ public ObjectFactory() { } /** * Create an instance of {@link PPCell } * */ public PPCell createPPCell() { return new PPCell(); } /** * Create an instance of {@link Time } * */ public Time createTime() { return new Time(); } /** * Create an instance of {@link Taxonomy } * */ public Taxonomy createTaxonomy() { return new Taxonomy(); } /** * Create an instance of {@link RuleSetModel } * */ public RuleSetModel createRuleSetModel() { return new RuleSetModel(); } /** * Create an instance of {@link Node } * */ public Node createNode() { return new Node(); } /** * Create an instance of {@link DecisionTree } * */ public DecisionTree createDecisionTree() { return new DecisionTree(); } /** * Create an instance of {@link TrendExpoSmooth } * */ public TrendExpoSmooth createTrendExpoSmooth() { return new TrendExpoSmooth(); } /** * Create an instance of {@link GaussianDistribution } * */ public GaussianDistribution createGaussianDistribution() { return new GaussianDistribution(); } /** * Create an instance of {@link NeuralInputs } * */ public NeuralInputs createNeuralInputs() { return new NeuralInputs(); } /** * Create an instance of {@link VectorInstance } * */ public VectorInstance createVectorInstance() { return new VectorInstance(); } /** * Create an instance of {@link BinarySimilarity } * */ public BinarySimilarity createBinarySimilarity() { return new BinarySimilarity(); } /** * Create an instance of {@link Baseline } * */ public Baseline createBaseline() { return new Baseline(); } /** * Create an instance of {@link Jaccard } * */ public Jaccard createJaccard() { return new Jaccard(); } /** * Create an instance of {@link Interval } * */ public Interval createInterval() { return new Interval(); } /** * Create an instance of {@link TargetValueCount } * */ public TargetValueCount createTargetValueCount() { return new TargetValueCount(); } /** * Create an instance of {@link Partition } * */ public Partition createPartition() { return new Partition(); } /** * Create an instance of {@link Aggregate } * */ public Aggregate createAggregate() { return new Aggregate(); } /** * Create an instance of {@link RegressionModel } * */ public RegressionModel createRegressionModel() { return new RegressionModel(); } /** * Create an instance of {@link BoundaryValueMeans } * */ public BoundaryValueMeans createBoundaryValueMeans() { return new BoundaryValueMeans(); } /** * Create an instance of {@link ChildParent } * */ public ChildParent createChildParent() { return new ChildParent(); } /** * Create an instance of {@link Timestamp } * */ public Timestamp createTimestamp() { return new Timestamp(); } /** * Create an instance of {@link VectorFields } * */ public VectorFields createVectorFields() { return new VectorFields(); } /** * Create an instance of {@link TransformationDictionary } * */ public TransformationDictionary createTransformationDictionary() { return new TransformationDictionary(); } /** * Create an instance of {@link CompoundPredicate } * */ public CompoundPredicate createCompoundPredicate() { return new CompoundPredicate(); } /** * Create an instance of {@link ROCGraph } * */ public ROCGraph createROCGraph() { return new ROCGraph(); } /** * Create an instance of {@link ModelExplanation } * */ public ModelExplanation createModelExplanation() { return new ModelExplanation(); } /** * Create an instance of {@link PMML } * */ public PMML createPMML() { return new PMML(); } /** * Create an instance of {@link COUNTTABLETYPE } * */ public COUNTTABLETYPE createCOUNTTABLETYPE() { return new COUNTTABLETYPE(); } /** * Create an instance of {@link Output } * */ public Output createOutput() { return new Output(); } /** * Create an instance of {@link Annotation } * */ public Annotation createAnnotation() { return new Annotation(); } /** * Create an instance of {@link KohonenMap } * */ public KohonenMap createKohonenMap() { return new KohonenMap(); } /** * Create an instance of {@link SeasonalityExpoSmooth } * */ public SeasonalityExpoSmooth createSeasonalityExpoSmooth() { return new SeasonalityExpoSmooth(); } /** * Create an instance of {@link NumericPredictor } * */ public NumericPredictor createNumericPredictor() { return new NumericPredictor(); } /** * Create an instance of {@link TimeException } * */ public TimeException createTimeException() { return new TimeException(); } /** * Create an instance of {@link LiftData } * */ public LiftData createLiftData() { return new LiftData(); } /** * Create an instance of {@link Target } * */ public Target createTarget() { return new Target(); } /** * Create an instance of {@link Targets } * */ public Targets createTargets() { return new Targets(); } /** * Create an instance of {@link OutputField } * */ public OutputField createOutputField() { return new OutputField(); } /** * Create an instance of {@link NeuralNetwork } * */ public NeuralNetwork createNeuralNetwork() { return new NeuralNetwork(); } /** * Create an instance of {@link RuleSelectionMethod } * */ public RuleSelectionMethod createRuleSelectionMethod() { return new RuleSelectionMethod(); } /** * Create an instance of {@link TextDictionary } * */ public TextDictionary createTextDictionary() { return new TextDictionary(); } /** * Create an instance of {@link Matrix } * */ public Matrix createMatrix() { return new Matrix(); } /** * Create an instance of {@link CompoundRule } * */ public CompoundRule createCompoundRule() { return new CompoundRule(); } /** * Create an instance of {@link MultivariateStats } * */ public MultivariateStats createMultivariateStats() { return new MultivariateStats(); } /** * Create an instance of {@link NaiveBayesModel } * */ public NaiveBayesModel createNaiveBayesModel() { return new NaiveBayesModel(); } /** * Create an instance of {@link Anova } * */ public Anova createAnova() { return new Anova(); } /** * Create an instance of {@link Covariances } * */ public Covariances createCovariances() { return new Covariances(); } /** * Create an instance of {@link NearestNeighborModel } * */ public NearestNeighborModel createNearestNeighborModel() { return new NearestNeighborModel(); } /** * Create an instance of {@link SupportVectors } * */ public SupportVectors createSupportVectors() { return new SupportVectors(); } /** * Create an instance of {@link SetPredicate } * */ public SetPredicate createSetPredicate() { return new SetPredicate(); } /** * Create an instance of {@link VerificationField } * */ public VerificationField createVerificationField() { return new VerificationField(); } /** * Create an instance of {@link TextDocument } * */ public TextDocument createTextDocument() { return new TextDocument(); } /** * Create an instance of {@link SupportVector } * */ public SupportVector createSupportVector() { return new SupportVector(); } /** * Create an instance of {@link SequenceRule } * */ public SequenceRule createSequenceRule() { return new SequenceRule(); } /** * Create an instance of {@link FieldValue } * */ public FieldValue createFieldValue() { return new FieldValue(); } /** * Create an instance of {@link True } * */ public True createTrue() { return new True(); } /** * Create an instance of {@link DataDictionary } * */ public DataDictionary createDataDictionary() { return new DataDictionary(); } /** * Create an instance of {@link LiftGraph } * */ public LiftGraph createLiftGraph() { return new LiftGraph(); } /** * Create an instance of {@link SimpleRule } * */ public SimpleRule createSimpleRule() { return new SimpleRule(); } /** * Create an instance of {@link AntecedentSequence } * */ public AntecedentSequence createAntecedentSequence() { return new AntecedentSequence(); } /** * Create an instance of {@link LocalTransformations } * */ public LocalTransformations createLocalTransformations() { return new LocalTransformations(); } /** * Create an instance of {@link SquaredEuclidean } * */ public SquaredEuclidean createSquaredEuclidean() { return new SquaredEuclidean(); } /** * Create an instance of {@link Con1 } * */ public Con1 createCon() { return new Con1(); } /** * Create an instance of {@link NormContinuous } * */ public NormContinuous createNormContinuous() { return new NormContinuous(); } /** * Create an instance of {@link Segment } * */ public Segment createSegment() { return new Segment(); } /** * Create an instance of {@link KNNInputs } * */ public KNNInputs createKNNInputs() { return new KNNInputs(); } /** * Create an instance of {@link FieldValueCount } * */ public FieldValueCount createFieldValueCount() { return new FieldValueCount(); } /** * Create an instance of {@link BayesOutput } * */ public BayesOutput createBayesOutput() { return new BayesOutput(); } /** * Create an instance of {@link ClusteringModelQuality } * */ public ClusteringModelQuality createClusteringModelQuality() { return new ClusteringModelQuality(); } /** * Create an instance of {@link ClusteringModel } * */ public ClusteringModel createClusteringModel() { return new ClusteringModel(); } /** * Create an instance of {@link Chebychev } * */ public Chebychev createChebychev() { return new Chebychev(); } /** * Create an instance of {@link PairCounts } * */ public PairCounts createPairCounts() { return new PairCounts(); } /** * Create an instance of {@link ConfusionMatrix } * */ public ConfusionMatrix createConfusionMatrix() { return new ConfusionMatrix(); } /** * Create an instance of {@link Correlations } * */ public Correlations createCorrelations() { return new Correlations(); } /** * Create an instance of {@link SetReference } * */ public SetReference createSetReference() { return new SetReference(); } /** * Create an instance of {@link MiningBuildTask } * */ public MiningBuildTask createMiningBuildTask() { return new MiningBuildTask(); } /** * Create an instance of {@link TreeModel } * */ public TreeModel createTreeModel() { return new TreeModel(); } /** * Create an instance of {@link CorrelationFields } * */ public CorrelationFields createCorrelationFields() { return new CorrelationFields(); } /** * Create an instance of {@link Coefficients } * */ public Coefficients createCoefficients() { return new Coefficients(); } /** * Create an instance of {@link PoissonDistribution } * */ public PoissonDistribution createPoissonDistribution() { return new PoissonDistribution(); } /** * Create an instance of {@link TimeCycle } * */ public TimeCycle createTimeCycle() { return new TimeCycle(); } /** * Create an instance of {@link Predictor } * */ public Predictor createPredictor() { return new Predictor(); } /** * Create an instance of {@link BaselineCell } * */ public BaselineCell createBaselineCell() { return new BaselineCell(); } /** * Create an instance of {@link TextModelSimiliarity } * */ public TextModelSimiliarity createTextModelSimiliarity() { return new TextModelSimiliarity(); } /** * Create an instance of {@link ExponentialSmoothing } * */ public ExponentialSmoothing createExponentialSmoothing() { return new ExponentialSmoothing(); } /** * Create an instance of {@link Sequence } * */ public Sequence createSequence() { return new Sequence(); } /** * Create an instance of {@link PCovMatrix } * */ public PCovMatrix createPCovMatrix() { return new PCovMatrix(); } /** * Create an instance of {@link RuleSet } * */ public RuleSet createRuleSet() { return new RuleSet(); } /** * Create an instance of {@link Application } * */ public Application createApplication() { return new Application(); } /** * Create an instance of {@link AnyDistribution } * */ public AnyDistribution createAnyDistribution() { return new AnyDistribution(); } /** * Create an instance of {@link SupportVectorMachine } * */ public SupportVectorMachine createSupportVectorMachine() { return new SupportVectorMachine(); } /** * Create an instance of {@link BayesInput } * */ public BayesInput createBayesInput() { return new BayesInput(); } /** * Create an instance of {@link Minkowski } * */ public Minkowski createMinkowski() { return new Minkowski(); } /** * Create an instance of {@link VerificationFields } * */ public VerificationFields createVerificationFields() { return new VerificationFields(); } /** * Create an instance of {@link RadialBasisKernelType } * */ public RadialBasisKernelType createRadialBasisKernelType() { return new RadialBasisKernelType(); } /** * Create an instance of {@link UniformDistribution } * */ public UniformDistribution createUniformDistribution() { return new UniformDistribution(); } /** * Create an instance of {@link InlineTable } * */ public InlineTable createInlineTable() { return new InlineTable(); } /** * Create an instance of {@link LinearNorm } * */ public LinearNorm createLinearNorm() { return new LinearNorm(); } /** * Create an instance of {@link ClassLabels } * */ public ClassLabels createClassLabels() { return new ClassLabels(); } /** * Create an instance of {@link LinearKernelType } * */ public LinearKernelType createLinearKernelType() { return new LinearKernelType(); } /** * Create an instance of {@link DataField } * */ public DataField createDataField() { return new DataField(); } /** * Create an instance of {@link AssociationRule } * */ public AssociationRule createAssociationRule() { return new AssociationRule(); } /** * Create an instance of {@link KNNInput } * */ public KNNInput createKNNInput() { return new KNNInput(); } /** * Create an instance of {@link FieldRef } * */ public FieldRef createFieldRef() { return new FieldRef(); } /** * Create an instance of {@link PolynomialKernelType } * */ public PolynomialKernelType createPolynomialKernelType() { return new PolynomialKernelType(); } /** * Create an instance of {@link Counts } * */ public Counts createCounts() { return new Counts(); } /** * Create an instance of {@link Cluster } * */ public Cluster createCluster() { return new Cluster(); } /** * Create an instance of {@link Characteristic } * */ public Characteristic createCharacteristic() { return new Characteristic(); } /** * Create an instance of {@link MiningSchema } * */ public MiningSchema createMiningSchema() { return new MiningSchema(); } /** * Create an instance of {@link TextModel } * */ public TextModel createTextModel() { return new TextModel(); } /** * Create an instance of {@link Categories } * */ public Categories createCategories() { return new Categories(); } /** * Create an instance of {@link Characteristics } * */ public Characteristics createCharacteristics() { return new Characteristics(); } /** * Create an instance of {@link PPMatrix } * */ public PPMatrix createPPMatrix() { return new PPMatrix(); } /** * Create an instance of {@link Constraints } * */ public Constraints createConstraints() { return new Constraints(); } /** * Create an instance of {@link MultivariateStat } * */ public MultivariateStat createMultivariateStat() { return new MultivariateStat(); } /** * Create an instance of {@link CorrelationMethods } * */ public CorrelationMethods createCorrelationMethods() { return new CorrelationMethods(); } /** * Create an instance of {@link NeuralOutputs } * */ public NeuralOutputs createNeuralOutputs() { return new NeuralOutputs(); } /** * Create an instance of {@link Extension } * */ public Extension createExtension() { return new Extension(); } /** * Create an instance of {@link MiningModel } * */ public MiningModel createMiningModel() { return new MiningModel(); } /** * Create an instance of {@link ArrayType } * */ public ArrayType createArrayType() { return new ArrayType(); } /** * Create an instance of {@link DocumentTermMatrix } * */ public DocumentTermMatrix createDocumentTermMatrix() { return new DocumentTermMatrix(); } /** * Create an instance of {@link MiningField } * */ public MiningField createMiningField() { return new MiningField(); } /** * Create an instance of {@link Header } * */ public Header createHeader() { return new Header(); } /** * Create an instance of {@link Value } * */ public Value createValue() { return new Value(); } /** * Create an instance of {@link SimpleMatching } * */ public SimpleMatching createSimpleMatching() { return new SimpleMatching(); } /** * Create an instance of {@link TextModelNormalization } * */ public TextModelNormalization createTextModelNormalization() { return new TextModelNormalization(); } /** * Create an instance of {@link EventValues } * */ public EventValues createEventValues() { return new EventValues(); } /** * Create an instance of {@link Coefficient } * */ public Coefficient createCoefficient() { return new Coefficient(); } /** * Create an instance of {@link ComparisonMeasure } * */ public ComparisonMeasure createComparisonMeasure() { return new ComparisonMeasure(); } /** * Create an instance of {@link Comparisons } * */ public Comparisons createComparisons() { return new Comparisons(); } /** * Create an instance of {@link ScoreDistribution } * */ public ScoreDistribution createScoreDistribution() { return new ScoreDistribution(); } /** * Create an instance of {@link TestDistributions } * */ public TestDistributions createTestDistributions() { return new TestDistributions(); } /** * Create an instance of {@link NeuralInput } * */ public NeuralInput createNeuralInput() { return new NeuralInput(); } /** * Create an instance of {@link ModelVerification } * */ public ModelVerification createModelVerification() { return new ModelVerification(); } /** * Create an instance of {@link Attribute } * */ public Attribute createAttribute() { return new Attribute(); } /** * Create an instance of {@link PredictorTerm } * */ public PredictorTerm createPredictorTerm() { return new PredictorTerm(); } /** * Create an instance of {@link Regression } * */ public Regression createRegression() { return new Regression(); } /** * Create an instance of {@link PartitionFieldStats } * */ public PartitionFieldStats createPartitionFieldStats() { return new PartitionFieldStats(); } /** * Create an instance of {@link YCoordinates } * */ public YCoordinates createYCoordinates() { return new YCoordinates(); } /** * Create an instance of {@link NeuralOutput } * */ public NeuralOutput createNeuralOutput() { return new NeuralOutput(); } /** * Create an instance of {@link FactorList } * */ public FactorList createFactorList() { return new FactorList(); } /** * Create an instance of {@link TargetValueCounts } * */ public TargetValueCounts createTargetValueCounts() { return new TargetValueCounts(); } /** * Create an instance of {@link TrainingInstances } * */ public TrainingInstances createTrainingInstances() { return new TrainingInstances(); } /** * Create an instance of {@link SigmoidKernelType } * */ public SigmoidKernelType createSigmoidKernelType() { return new SigmoidKernelType(); } /** * Create an instance of {@link Segmentation } * */ public Segmentation createSegmentation() { return new Segmentation(); } /** * Create an instance of {@link NormDiscrete } * */ public NormDiscrete createNormDiscrete() { return new NormDiscrete(); } /** * Create an instance of {@link RandomLiftGraph } * */ public RandomLiftGraph createRandomLiftGraph() { return new RandomLiftGraph(); } /** * Create an instance of {@link ParameterField } * */ public ParameterField createParameterField() { return new ParameterField(); } /** * Create an instance of {@link SimplePredicate } * */ public SimplePredicate createSimplePredicate() { return new SimplePredicate(); } /** * Create an instance of {@link PCell } * */ public PCell createPCell() { return new PCell(); } /** * Create an instance of {@link Scorecard } * */ public Scorecard createScorecard() { return new Scorecard(); } /** * Create an instance of {@link Decisions } * */ public Decisions createDecisions() { return new Decisions(); } /** * Create an instance of {@link Parameter } * */ public Parameter createParameter() { return new Parameter(); } /** * Create an instance of {@link CovariateList } * */ public CovariateList createCovariateList() { return new CovariateList(); } /** * Create an instance of {@link ConsequentSequence } * */ public ConsequentSequence createConsequentSequence() { return new ConsequentSequence(); } /** * Create an instance of {@link ModelLiftGraph } * */ public ModelLiftGraph createModelLiftGraph() { return new ModelLiftGraph(); } /** * Create an instance of {@link MatCell } * */ public MatCell createMatCell() { return new MatCell(); } /** * Create an instance of {@link GeneralRegressionModel } * */ public GeneralRegressionModel createGeneralRegressionModel() { return new GeneralRegressionModel(); } /** * Create an instance of {@link TimeSeries } * */ public TimeSeries createTimeSeries() { return new TimeSeries(); } /** * Create an instance of {@link ItemRef } * */ public ItemRef createItemRef() { return new ItemRef(); } /** * Create an instance of {@link SequenceModel } * */ public SequenceModel createSequenceModel() { return new SequenceModel(); } /** * Create an instance of {@link ClusteringField } * */ public ClusteringField createClusteringField() { return new ClusteringField(); } /** * Create an instance of {@link Row } * */ public Row createRow() { return new Row(); } /** * Create an instance of {@link BaseCumHazardTables } * */ public BaseCumHazardTables createBaseCumHazardTables() { return new BaseCumHazardTables(); } /** * Create an instance of {@link BaselineModel } * */ public BaselineModel createBaselineModel() { return new BaselineModel(); } /** * Create an instance of {@link TableLocator } * */ public TableLocator createTableLocator() { return new TableLocator(); } /** * Create an instance of {@link SimpleSetPredicate } * */ public SimpleSetPredicate createSimpleSetPredicate() { return new SimpleSetPredicate(); } /** * Create an instance of {@link Discretize } * */ public Discretize createDiscretize() { return new Discretize(); } /** * Create an instance of {@link Decision } * */ public Decision createDecision() { return new Decision(); } /** * Create an instance of {@link Level } * */ public Level createLevel() { return new Level(); } /** * Create an instance of {@link FieldColumnPair } * */ public FieldColumnPair createFieldColumnPair() { return new FieldColumnPair(); } /** * Create an instance of {@link ModelStats } * */ public ModelStats createModelStats() { return new ModelStats(); } /** * Create an instance of {@link Euclidean } * */ public Euclidean createEuclidean() { return new Euclidean(); } /** * Create an instance of {@link SequenceReference } * */ public SequenceReference createSequenceReference() { return new SequenceReference(); } /** * Create an instance of {@link ContStats } * */ public ContStats createContStats() { return new ContStats(); } /** * Create an instance of {@link Quantile } * */ public Quantile createQuantile() { return new Quantile(); } /** * Create an instance of {@link Itemset } * */ public Itemset createItemset() { return new Itemset(); } /** * Create an instance of {@link PCovCell } * */ public PCovCell createPCovCell() { return new PCovCell(); } /** * Create an instance of {@link Tanimoto } * */ public Tanimoto createTanimoto() { return new Tanimoto(); } /** * Create an instance of {@link TimeAnchor } * */ public TimeAnchor createTimeAnchor() { return new TimeAnchor(); } /** * Create an instance of {@link OptimumLiftGraph } * */ public OptimumLiftGraph createOptimumLiftGraph() { return new OptimumLiftGraph(); } /** * Create an instance of {@link DerivedField } * */ public DerivedField createDerivedField() { return new DerivedField(); } /** * Create an instance of {@link REALSparseArray } * */ public REALSparseArray createREALSparseArray() { return new REALSparseArray(); } /** * Create an instance of {@link InstanceField } * */ public InstanceField createInstanceField() { return new InstanceField(); } /** * Create an instance of {@link MissingValueWeights } * */ public MissingValueWeights createMissingValueWeights() { return new MissingValueWeights(); } /** * Create an instance of {@link BaselineStratum } * */ public BaselineStratum createBaselineStratum() { return new BaselineStratum(); } /** * Create an instance of {@link ROC } * */ public ROC createROC() { return new ROC(); } /** * Create an instance of {@link Delimiter } * */ public Delimiter createDelimiter() { return new Delimiter(); } /** * Create an instance of {@link DiscrStats } * */ public DiscrStats createDiscrStats() { return new DiscrStats(); } /** * Create an instance of {@link False } * */ public False createFalse() { return new False(); } /** * Create an instance of {@link CorrelationValues } * */ public CorrelationValues createCorrelationValues() { return new CorrelationValues(); } /** * Create an instance of {@link ParameterList } * */ public ParameterList createParameterList() { return new ParameterList(); } /** * Create an instance of {@link Category } * */ public Category createCategory() { return new Category(); } /** * Create an instance of {@link Item } * */ public Item createItem() { return new Item(); } /** * Create an instance of {@link AssociationModel } * */ public AssociationModel createAssociationModel() { return new AssociationModel(); } /** * Create an instance of {@link BayesInputs } * */ public BayesInputs createBayesInputs() { return new BayesInputs(); } /** * Create an instance of {@link NeuralLayer } * */ public NeuralLayer createNeuralLayer() { return new NeuralLayer(); } /** * Create an instance of {@link INTSparseArray } * */ public INTSparseArray createINTSparseArray() { return new INTSparseArray(); } /** * Create an instance of {@link ResultField } * */ public ResultField createResultField() { return new ResultField(); } /** * Create an instance of {@link XCoordinates } * */ public XCoordinates createXCoordinates() { return new XCoordinates(); } /** * Create an instance of {@link Neuron } * */ public Neuron createNeuron() { return new Neuron(); } /** * Create an instance of {@link InstanceFields } * */ public InstanceFields createInstanceFields() { return new InstanceFields(); } /** * Create an instance of {@link PredictiveModelQuality } * */ public PredictiveModelQuality createPredictiveModelQuality() { return new PredictiveModelQuality(); } /** * Create an instance of {@link TextCorpus } * */ public TextCorpus createTextCorpus() { return new TextCorpus(); } /** * Create an instance of {@link TimeSeriesModel } * */ public TimeSeriesModel createTimeSeriesModel() { return new TimeSeriesModel(); } /** * Create an instance of {@link SupportVectorMachineModel } * */ public SupportVectorMachineModel createSupportVectorMachineModel() { return new SupportVectorMachineModel(); } /** * Create an instance of {@link Constant } * */ public Constant createConstant() { return new Constant(); } /** * Create an instance of {@link UnivariateStats } * */ public UnivariateStats createUnivariateStats() { return new UnivariateStats(); } /** * Create an instance of {@link DiscretizeBin } * */ public DiscretizeBin createDiscretizeBin() { return new DiscretizeBin(); } /** * Create an instance of {@link NumericInfo } * */ public NumericInfo createNumericInfo() { return new NumericInfo(); } /** * Create an instance of {@link MapValues } * */ public MapValues createMapValues() { return new MapValues(); } /** * Create an instance of {@link RegressionTable } * */ public RegressionTable createRegressionTable() { return new RegressionTable(); } /** * Create an instance of {@link TimeValue } * */ public TimeValue createTimeValue() { return new TimeValue(); } /** * Create an instance of {@link AnovaRow } * */ public AnovaRow createAnovaRow() { return new AnovaRow(); } /** * Create an instance of {@link DefineFunction } * */ public DefineFunction createDefineFunction() { return new DefineFunction(); } /** * Create an instance of {@link Apply } * */ public Apply createApply() { return new Apply(); } /** * Create an instance of {@link CityBlock } * */ public CityBlock createCityBlock() { return new CityBlock(); } /** * Create an instance of {@link TargetValue } * */ public TargetValue createTargetValue() { return new TargetValue(); } /** * Create an instance of {@link VectorDictionary } * */ public VectorDictionary createVectorDictionary() { return new VectorDictionary(); } /** * Create an instance of {@link Alternate } * */ public Alternate createAlternate() { return new Alternate(); } /** * Create an instance of {@link BoundaryValues } * */ public BoundaryValues createBoundaryValues() { return new BoundaryValues(); } /** * Create an instance of {@link CategoricalPredictor } * */ public CategoricalPredictor createCategoricalPredictor() { return new CategoricalPredictor(); } /** * Create an instance of {@link ParamMatrix } * */ public ParamMatrix createParamMatrix() { return new ParamMatrix(); } /** * Create an instance of {@link JAXBElement }{@code <}{@link Object }{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "SpectralAnalysis") public JAXBElement createSpectralAnalysis(Object value) { return new JAXBElement(_SpectralAnalysis_QNAME, Object.class, null, value); } /** * Create an instance of {@link JAXBElement }{@code <}{@link List }{@code <}{@link Double }{@code >}{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "REAL-Entries") public JAXBElement> createREALEntries(List value) { return new JAXBElement>(_REALEntries_QNAME, ((Class) List.class), null, ((List ) value)); } /** * Create an instance of {@link JAXBElement }{@code <}{@link List }{@code <}{@link Integer }{@code >}{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "INT-Entries") public JAXBElement> createINTEntries(List value) { return new JAXBElement>(_INTEntries_QNAME, ((Class) List.class), null, ((List ) value)); } /** * Create an instance of {@link JAXBElement }{@code <}{@link COUNTTABLETYPE }{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "CountTable") public JAXBElement createCountTable(COUNTTABLETYPE value) { return new JAXBElement(_CountTable_QNAME, COUNTTABLETYPE.class, null, value); } /** * Create an instance of {@link JAXBElement }{@code <}{@link Object }{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "ARIMA") public JAXBElement createARIMA(Object value) { return new JAXBElement(_ARIMA_QNAME, Object.class, null, value); } /** * Create an instance of {@link JAXBElement }{@code <}{@link List }{@code <}{@link Integer }{@code >}{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "Indices") public JAXBElement> createIndices(List value) { return new JAXBElement>(_Indices_QNAME, ((Class) List.class), null, ((List ) value)); } /** * Create an instance of {@link JAXBElement }{@code <}{@link Object }{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "SeasonalTrendDecomposition") public JAXBElement createSeasonalTrendDecomposition(Object value) { return new JAXBElement(_SeasonalTrendDecomposition_QNAME, Object.class, null, value); } /** * Create an instance of {@link JAXBElement }{@code <}{@link COUNTTABLETYPE }{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "NormalizedCountTable") public JAXBElement createNormalizedCountTable(COUNTTABLETYPE value) { return new JAXBElement(_NormalizedCountTable_QNAME, COUNTTABLETYPE.class, null, value); } /** * Create an instance of {@link JAXBElement }{@code <}{@link ArrayType }{@code >}} * */ @XmlElementDecl(namespace = "http://www.dmg.org/PMML-4_1", name = "Array") public JAXBElement createArray(ArrayType value) { return new JAXBElement(_Array_QNAME, ArrayType.class, null, value); } }