Uses of Class
org.tribuo.regression.Regressor

Packages that use Regressor

Package	Description
org.tribuo.classification.explanations.lime	Provides an implementation of LIME (Locally Interpretable Model Explanations).
org.tribuo.interop.oci	Code for uploading models to Oracle Cloud Infrastructure Data Science, and also for scoring models deployed in Oracle Cloud Infrastructure Data Science.
org.tribuo.interop.onnx	This package contains a Tribuo wrapper around the ONNX Runtime.
org.tribuo.interop.tensorflow	Provides an interface to TensorFlow, allowing the training of non-sequential models using any supported Tribuo output type.
org.tribuo.regression	Provides classes and infrastructure for regression problems with single or multiple output dimensions.
org.tribuo.regression.baseline	Provides simple baseline regression predictors.
org.tribuo.regression.ensemble	Provides EnsembleCombiner implementations for working with multi-output regression problems.
org.tribuo.regression.evaluation	Evaluation classes for single or multi-dimensional regression.
org.tribuo.regression.example	Provides some example regression data generators for testing implementations.
org.tribuo.regression.impl	Provides skeletal implementations of Regressor Trainer that can wrap a single dimension trainer/model and produce one prediction per dimension independently.
org.tribuo.regression.liblinear	Provides an interface to liblinear for regression problems.
org.tribuo.regression.libsvm	Provides an interface to LibSVM for regression problems.
org.tribuo.regression.rtree	Provides an implementation of decision trees for regression problems.
org.tribuo.regression.rtree.impl	Provides internal implementation classes for the regression trees.
org.tribuo.regression.sgd.fm	Provides an implementation of factorization machines for regression using Stochastic Gradient Descent.
org.tribuo.regression.sgd.linear	Provides an implementation of linear regression using Stochastic Gradient Descent.
org.tribuo.regression.slm	Provides implementations of sparse linear regression using various forms of regularisation penalty.
org.tribuo.regression.xgboost	Provides an interface to XGBoost for regression problems.

Uses of Regressor in org.tribuo.classification.explanations.lime

Classes in org.tribuo.classification.explanations.lime that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	LIMEBase	LIMEBase merges the lime_base.py and lime_tabular.py implementations, and deals with simple matrices of numerical or categorical data.
class	LIMEColumnar	Uses the columnar data processing infrastructure to mix text and tabular data.
class	LIMEExplanation	An Explanation using LIME.
class	LIMEText	Uses a Tribuo TextFeatureExtractor to explain the prediction for a given piece of text.

Fields in org.tribuo.classification.explanations.lime with type parameters of type Regressor

Modifier and Type	Field	Description
protected final SparseTrainer<Regressor>	LIMEBase.explanationTrainer
protected static final OutputFactory<Regressor>	LIMEBase.regressionFactory

Methods in org.tribuo.classification.explanations.lime that return Regressor

Modifier and Type	Method	Description
static Regressor	LIMEBase.transformOutput(Prediction<Label> prediction)	Transforms a Prediction for a multiclass problem into a Regressor output which represents the probability for each class.

Methods in org.tribuo.classification.explanations.lime that return types with arguments of type Regressor

Modifier and Type	Method	Description
protected com.oracle.labs.mlrg.olcut.util.Pair<LIMEExplanation, List<Example<Regressor>>>	LIMEBase.explainWithSamples(Example<Label> example)
protected com.oracle.labs.mlrg.olcut.util.Pair<LIMEExplanation, List<Example<Regressor>>>	LIMEColumnar.explainWithSamples(Map<String,String> input)
SparseModel<Regressor>	LIMEExplanation.getModel()
protected List<Example<Regressor>>	LIMEText.sampleData(String inputText, List<Token> tokens)	Samples a new dataset from the input text.
protected SparseModel<Regressor>	LIMEBase.trainExplainer(Example<Regressor> target, List<Example<Regressor>> samples)	Trains the explanation model using the supplied sampled data and the input example.

Method parameters in org.tribuo.classification.explanations.lime with type arguments of type Regressor

Modifier and Type	Method	Description
protected SparseModel<Regressor>	LIMEBase.trainExplainer(Example<Regressor> target, List<Example<Regressor>> samples)	Trains the explanation model using the supplied sampled data and the input example.
protected SparseModel<Regressor>	LIMEBase.trainExplainer(Example<Regressor> target, List<Example<Regressor>> samples)	Trains the explanation model using the supplied sampled data and the input example.

Constructor parameters in org.tribuo.classification.explanations.lime with type arguments of type Regressor

Modifier	Constructor	Description
	LIMEBase(SplittableRandom rng, Model<Label> innerModel, SparseTrainer<Regressor> explanationTrainer, int numSamples)	Constructs a LIME explainer for a model which uses tabular data (i.e., no special treatment for text features).
	LIMEColumnar(SplittableRandom rng, Model<Label> innerModel, SparseTrainer<Regressor> explanationTrainer, int numSamples, RowProcessor<Label> exampleGenerator, Tokenizer tokenizer)	Constructs a LIME explainer for a model which uses the columnar data processing system.
	LIMEExplanation(SparseModel<Regressor> model, Prediction<Label> prediction, RegressionEvaluation evaluation)	Constructs a LIME explanation.
	LIMEText(SplittableRandom rng, Model<Label> innerModel, SparseTrainer<Regressor> explanationTrainer, int numSamples, TextFeatureExtractor<Label> extractor, Tokenizer tokenizer)	Constructs a LIME explainer for a model which uses text data.

Uses of Regressor in org.tribuo.interop.oci

Classes in org.tribuo.interop.oci that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
final class	OCIRegressorConverter	A converter for DenseMatrix and DenseVector into Regressor Predictions.

Methods in org.tribuo.interop.oci that return types with arguments of type Regressor

Modifier and Type	Method	Description
List<Prediction<Regressor>>	OCIRegressorConverter.convertOutput(DenseMatrix scores, int[] numValidFeatures, List<Example<Regressor>> examples, ImmutableOutputInfo<Regressor> outputIDInfo)
Prediction<Regressor>	OCIRegressorConverter.convertOutput(DenseVector scores, int numValidFeature, Example<Regressor> example, ImmutableOutputInfo<Regressor> outputIDInfo)

Method parameters in org.tribuo.interop.oci with type arguments of type Regressor

Modifier and Type	Method	Description
List<Prediction<Regressor>>	OCIRegressorConverter.convertOutput(DenseMatrix scores, int[] numValidFeatures, List<Example<Regressor>> examples, ImmutableOutputInfo<Regressor> outputIDInfo)
List<Prediction<Regressor>>	OCIRegressorConverter.convertOutput(DenseMatrix scores, int[] numValidFeatures, List<Example<Regressor>> examples, ImmutableOutputInfo<Regressor> outputIDInfo)
Prediction<Regressor>	OCIRegressorConverter.convertOutput(DenseVector scores, int numValidFeature, Example<Regressor> example, ImmutableOutputInfo<Regressor> outputIDInfo)
Prediction<Regressor>	OCIRegressorConverter.convertOutput(DenseVector scores, int numValidFeature, Example<Regressor> example, ImmutableOutputInfo<Regressor> outputIDInfo)

Uses of Regressor in org.tribuo.interop.onnx

Classes in org.tribuo.interop.onnx that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	RegressorTransformer	Can convert an OnnxValue into a Prediction or Regressor.

Methods in org.tribuo.interop.onnx that return Regressor

Modifier and Type	Method	Description
Regressor	RegressorTransformer.transformToOutput(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo)

Methods in org.tribuo.interop.onnx that return types with arguments of type Regressor

Modifier and Type	Method	Description
List<Regressor>	RegressorTransformer.transformToBatchOutput(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo)
List<Prediction<Regressor>>	RegressorTransformer.transformToBatchPrediction(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int[] numValidFeatures, List<Example<Regressor>> examples)
Prediction<Regressor>	RegressorTransformer.transformToPrediction(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int numValidFeatures, Example<Regressor> example)

Method parameters in org.tribuo.interop.onnx with type arguments of type Regressor

Modifier and Type	Method	Description
List<Regressor>	RegressorTransformer.transformToBatchOutput(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo)
List<Prediction<Regressor>>	RegressorTransformer.transformToBatchPrediction(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int[] numValidFeatures, List<Example<Regressor>> examples)
Regressor	RegressorTransformer.transformToOutput(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo)
Prediction<Regressor>	RegressorTransformer.transformToPrediction(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int numValidFeatures, Example<Regressor> example)
Prediction<Regressor>	RegressorTransformer.transformToPrediction(List<ai.onnxruntime.OnnxValue> tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int numValidFeatures, Example<Regressor> example)

Uses of Regressor in org.tribuo.interop.tensorflow

Classes in org.tribuo.interop.tensorflow that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	RegressorConverter	Can convert a Regressor to a TFloat32 vector and a TFloat32 into a Prediction or Regressor.

Methods in org.tribuo.interop.tensorflow that return Regressor

Modifier and Type	Method	Description
Regressor	RegressorConverter.convertToOutput(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo)

Methods in org.tribuo.interop.tensorflow that return types with arguments of type Regressor

Modifier and Type	Method	Description
List<Regressor>	RegressorConverter.convertToBatchOutput(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo)
List<Prediction<Regressor>>	RegressorConverter.convertToBatchPrediction(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int[] numValidFeatures, List<Example<Regressor>> examples)
Prediction<Regressor>	RegressorConverter.convertToPrediction(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int numValidFeatures, Example<Regressor> example)

Methods in org.tribuo.interop.tensorflow with parameters of type Regressor

Modifier and Type	Method	Description
org.tensorflow.Tensor	RegressorConverter.convertToTensor(Regressor example, ImmutableOutputInfo<Regressor> outputIDInfo)

Method parameters in org.tribuo.interop.tensorflow with type arguments of type Regressor

Modifier and Type	Method	Description
List<Regressor>	RegressorConverter.convertToBatchOutput(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo)
List<Prediction<Regressor>>	RegressorConverter.convertToBatchPrediction(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int[] numValidFeatures, List<Example<Regressor>> examples)
List<Prediction<Regressor>>	RegressorConverter.convertToBatchPrediction(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int[] numValidFeatures, List<Example<Regressor>> examples)
Regressor	RegressorConverter.convertToOutput(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo)
Prediction<Regressor>	RegressorConverter.convertToPrediction(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int numValidFeatures, Example<Regressor> example)
Prediction<Regressor>	RegressorConverter.convertToPrediction(org.tensorflow.Tensor tensor, ImmutableOutputInfo<Regressor> outputIDInfo, int numValidFeatures, Example<Regressor> example)
org.tensorflow.Tensor	RegressorConverter.convertToTensor(List<Example<Regressor>> examples, ImmutableOutputInfo<Regressor> outputIDInfo)
org.tensorflow.Tensor	RegressorConverter.convertToTensor(List<Example<Regressor>> examples, ImmutableOutputInfo<Regressor> outputIDInfo)
org.tensorflow.Tensor	RegressorConverter.convertToTensor(Regressor example, ImmutableOutputInfo<Regressor> outputIDInfo)

Uses of Regressor in org.tribuo.regression

Subclasses of Regressor in org.tribuo.regression

Modifier and Type	Class	Description
static final class	Regressor.DimensionTuple	A Regressor which contains a single dimension, used internally when the model implementation doesn't natively support multi-dimensional regression outputs.

Classes in org.tribuo.regression that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	ImmutableRegressionInfo	A ImmutableOutputInfo for Regressors.
class	MutableRegressionInfo	A MutableOutputInfo for Regressors.
final class	RegressionFactory	A factory for creating Regressors and RegressionInfos.
class	RegressionInfo	The base class for regression information using Regressors.
class	Regressor	An Output for n-dimensional real valued regression.

Fields in org.tribuo.regression declared as Regressor

Modifier and Type	Field	Description
static final Regressor	RegressionFactory.UNKNOWN_MULTIPLE_REGRESSOR	Deprecated. Deprecated when regression was made multidimensional by default.
static final Regressor	RegressionFactory.UNKNOWN_REGRESSOR	The sentinel unknown regressor, used when there is no ground truth regressor value.

Methods in org.tribuo.regression that return Regressor

Modifier and Type	Method	Description
Regressor	Regressor.copy()
static Regressor	Regressor.createFromPairList(List<com.oracle.labs.mlrg.olcut.util.Pair<String,Double>> dimensions)	Creates a Regressor from a list of dimension tuples.
<V> Regressor	RegressionFactory.generateOutput(V label)	Parses the Regressor value either by toStringing the input and calling parseString(java.lang.String) or if it's a collection iterating over the elements calling toString on each element in turn and using parseElement(int, java.lang.String).
Regressor	ImmutableRegressionInfo.getOutput(int id)
Regressor	RegressionFactory.getUnknownOutput()
static Regressor	Regressor.parseString(String s)	Parses a string of the form:
static Regressor	Regressor.parseString(String s, char splitChar)	Parses a string of the form:

Methods in org.tribuo.regression that return types with arguments of type Regressor

Modifier and Type	Method	Description
ImmutableOutputInfo<Regressor>	RegressionFactory.constructInfoForExternalModel(Map<Regressor, Integer> mapping)
ImmutableOutputInfo<Regressor>	RegressionInfo.generateImmutableOutputInfo()
MutableOutputInfo<Regressor>	RegressionFactory.generateInfo()
MutableOutputInfo<Regressor>	RegressionInfo.generateMutableOutputInfo()
Set<Regressor>	ImmutableRegressionInfo.getDomain()
Set<Regressor>	RegressionInfo.getDomain()	Returns a set containing a Regressor for each dimension with the minimum value observed.
Evaluator<Regressor, RegressionEvaluation>	RegressionFactory.getEvaluator()
Iterator<com.oracle.labs.mlrg.olcut.util.Pair<Integer, Regressor>>	ImmutableRegressionInfo.iterator()

Methods in org.tribuo.regression with parameters of type Regressor

Modifier and Type	Method	Description
boolean	Regressor.DimensionTuple.fullEquals(Regressor other)
boolean	Regressor.fullEquals(Regressor other)
int	ImmutableRegressionInfo.getID(Regressor output)
void	MutableRegressionInfo.observe(Regressor output)

Method parameters in org.tribuo.regression with type arguments of type Regressor

Modifier and Type	Method	Description
ImmutableOutputInfo<Regressor>	RegressionFactory.constructInfoForExternalModel(Map<Regressor, Integer> mapping)
boolean	ImmutableRegressionInfo.domainAndIDEquals(ImmutableOutputInfo<Regressor> other)
static String[]	Regressor.extractNames(OutputInfo<Regressor> info)	Extracts the names from the supplied Regressor domain in their canonical order.

Uses of Regressor in org.tribuo.regression.baseline

Subclasses with type arguments of type Regressor in org.tribuo.regression.baseline

Modifier and Type	Class	Description
class	DummyRegressionModel	A model which performs dummy regressions (e.g., constant output, gaussian sampled output, mean value, median, quartile).

Classes in org.tribuo.regression.baseline that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
final class	DummyRegressionTrainer	A trainer for simple baseline regressors.

Methods in org.tribuo.regression.baseline that return types with arguments of type Regressor

Modifier and Type	Method	Description
protected Model<Regressor>	DummyRegressionModel.copy(String newName, ModelProvenance newProvenance)
Optional<Excuse<Regressor>>	DummyRegressionModel.getExcuse(Example<Regressor> example)
Prediction<Regressor>	DummyRegressionModel.predict(Example<Regressor> example)

Method parameters in org.tribuo.regression.baseline with type arguments of type Regressor

Modifier and Type	Method	Description
Optional<Excuse<Regressor>>	DummyRegressionModel.getExcuse(Example<Regressor> example)
Prediction<Regressor>	DummyRegressionModel.predict(Example<Regressor> example)
DummyRegressionModel	DummyRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> instanceProvenance)
DummyRegressionModel	DummyRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> instanceProvenance, int invocationCount)

Uses of Regressor in org.tribuo.regression.ensemble

Classes in org.tribuo.regression.ensemble that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	AveragingCombiner	A combiner which performs a weighted or unweighted average of the predicted regressors independently across the output dimensions.

Methods in org.tribuo.regression.ensemble that return types with arguments of type Regressor

Modifier and Type	Method	Description
Prediction<Regressor>	AveragingCombiner.combine(ImmutableOutputInfo<Regressor> outputInfo, List<Prediction<Regressor>> predictions)
Prediction<Regressor>	AveragingCombiner.combine(ImmutableOutputInfo<Regressor> outputInfo, List<Prediction<Regressor>> predictions, float[] weights)

Method parameters in org.tribuo.regression.ensemble with type arguments of type Regressor

Modifier and Type	Method	Description
Prediction<Regressor>	AveragingCombiner.combine(ImmutableOutputInfo<Regressor> outputInfo, List<Prediction<Regressor>> predictions)
Prediction<Regressor>	AveragingCombiner.combine(ImmutableOutputInfo<Regressor> outputInfo, List<Prediction<Regressor>> predictions)
Prediction<Regressor>	AveragingCombiner.combine(ImmutableOutputInfo<Regressor> outputInfo, List<Prediction<Regressor>> predictions, float[] weights)
Prediction<Regressor>	AveragingCombiner.combine(ImmutableOutputInfo<Regressor> outputInfo, List<Prediction<Regressor>> predictions, float[] weights)

Uses of Regressor in org.tribuo.regression.evaluation

Subclasses with type arguments of type Regressor in org.tribuo.regression.evaluation

Modifier and Type	Class	Description
final class	RegressionEvaluator	A Evaluator for multi-dimensional regression using Regressors.

Subinterfaces with type arguments of type Regressor in org.tribuo.regression.evaluation

Modifier and Type	Interface	Description
interface	RegressionEvaluation	Defines methods that calculate regression performance.

Classes in org.tribuo.regression.evaluation that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	RegressionMetric	A EvaluationMetric for Regressors which calculates the metric based on a the true values and the predicted values.

Methods in org.tribuo.regression.evaluation that return types with arguments of type Regressor

Modifier and Type	Method	Description
Map<Regressor, Double>	RegressionEvaluation.explainedVariance()	Calculatest the explained variance for all dimensions.
MetricTarget<Regressor>	RegressionMetric.getTarget()
Map<Regressor, Double>	RegressionEvaluation.mae()	Calculates the Mean Absolute Error for all dimensions.
Map<Regressor, Double>	RegressionEvaluation.r2()	Calculates R2 for all dimensions.
Map<Regressor, Double>	RegressionEvaluation.rmse()	Calculates the RMSE for all dimensions.

Methods in org.tribuo.regression.evaluation with parameters of type Regressor

Modifier and Type	Method	Description
double	RegressionEvaluation.explainedVariance(Regressor variable)	Calculates the explained variance of the ground truth using the predictions for the supplied dimension.
static double	RegressionMetrics.explainedVariance(Regressor variable, RegressionSufficientStatistics sufficientStats)	Calculates the explained variance based on the supplied statistics for a single dimension.
double	RegressionEvaluation.mae(Regressor variable)	Calculates the Mean Absolute Error for that dimension.
static double	RegressionMetrics.mae(Regressor variable, RegressionSufficientStatistics sufficientStats)	Calculates the Mean Absolute Error based on the supplied statistics for a single dimension.
double	RegressionEvaluation.r2(Regressor variable)	Calculates R2 for the supplied dimension.
static double	RegressionMetrics.r2(Regressor variable, RegressionSufficientStatistics sufficientStats)	Calculates R^2 based on the supplied statistics for a single dimension.
double	RegressionEvaluation.rmse(Regressor variable)	Calculates the Root Mean Squared Error (i.e., the square root of the average squared errors across all data points) for the supplied dimension.
static double	RegressionMetrics.rmse(Regressor variable, RegressionSufficientStatistics sufficientStats)	Calculates the RMSE based on the supplied statistics for a single dimension.

Method parameters in org.tribuo.regression.evaluation with type arguments of type Regressor

Modifier and Type	Method	Description
protected org.tribuo.regression.evaluation.RegressionMetric.Context	RegressionEvaluator.createContext(Model<Regressor> model, List<Prediction<Regressor>> predictions)
protected org.tribuo.regression.evaluation.RegressionMetric.Context	RegressionEvaluator.createContext(Model<Regressor> model, List<Prediction<Regressor>> predictions)
org.tribuo.regression.evaluation.RegressionMetric.Context	RegressionMetric.createContext(Model<Regressor> model, List<Prediction<Regressor>> predictions)
org.tribuo.regression.evaluation.RegressionMetric.Context	RegressionMetric.createContext(Model<Regressor> model, List<Prediction<Regressor>> predictions)
protected RegressionEvaluation	RegressionEvaluator.createEvaluation(org.tribuo.regression.evaluation.RegressionMetric.Context context, Map<MetricID<Regressor>, Double> results, EvaluationProvenance provenance)
protected Set<RegressionMetric>	RegressionEvaluator.createMetrics(Model<Regressor> model)
static double	RegressionMetrics.explainedVariance(MetricTarget<Regressor> target, RegressionSufficientStatistics sufficientStats)	Calculates the explained variance based on the supplied statistics.
static double	RegressionMetrics.mae(MetricTarget<Regressor> target, RegressionSufficientStatistics sufficientStats)	Calculates the Mean Absolute Error based on the supplied statistics.
static double	RegressionMetrics.r2(MetricTarget<Regressor> target, RegressionSufficientStatistics sufficientStats)	Calculates R^2 based on the supplied statistics.
static double	RegressionMetrics.rmse(MetricTarget<Regressor> target, RegressionSufficientStatistics sufficientStats)	Calculates the RMSE based on the supplied statistics.

Constructor parameters in org.tribuo.regression.evaluation with type arguments of type Regressor

Modifier	Constructor	Description
	RegressionMetric(MetricTarget<Regressor> tgt, String name, ToDoubleBiFunction<MetricTarget<Regressor>, org.tribuo.regression.evaluation.RegressionMetric.Context> impl)	Construct a new RegressionMetric for the supplied metric target, using the supplied function.
	RegressionMetric(MetricTarget<Regressor> tgt, String name, ToDoubleBiFunction<MetricTarget<Regressor>, org.tribuo.regression.evaluation.RegressionMetric.Context> impl)	Construct a new RegressionMetric for the supplied metric target, using the supplied function.
	RegressionMetric(MetricTarget<Regressor> tgt, String name, ToDoubleBiFunction<MetricTarget<Regressor>, org.tribuo.regression.evaluation.RegressionMetric.Context> impl, boolean useExampleWeights)	Construct a new RegressionMetric for the supplied metric target, using the supplied function.
	RegressionMetric(MetricTarget<Regressor> tgt, String name, ToDoubleBiFunction<MetricTarget<Regressor>, org.tribuo.regression.evaluation.RegressionMetric.Context> impl, boolean useExampleWeights)	Construct a new RegressionMetric for the supplied metric target, using the supplied function.
	RegressionSufficientStatistics(ImmutableOutputInfo<Regressor> domain, List<Prediction<Regressor>> predictions, boolean useExampleWeights)	Constructs the sufficient statistics for regression metrics.
	RegressionSufficientStatistics(ImmutableOutputInfo<Regressor> domain, List<Prediction<Regressor>> predictions, boolean useExampleWeights)	Constructs the sufficient statistics for regression metrics.

Uses of Regressor in org.tribuo.regression.example

Classes in org.tribuo.regression.example that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	GaussianDataSource	Generates a single dimensional output drawn from N(slope*x + intercept,variance).
class	NonlinearGaussianDataSource	Generates a single dimensional output drawn from N(w_0*x_0 + w_1*x_1 + w_2*x_1*x_0 + w_3*x_1*x_1*x_1 + intercept,variance).

Methods in org.tribuo.regression.example that return types with arguments of type Regressor

Modifier and Type	Method	Description
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.denseTrainTest()	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.denseTrainTest()	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.denseTrainTest(double negate)	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.denseTrainTest(double negate)	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static Example<Regressor>	RegressionDataGenerator.emptyExample()	Generates an example with no features.
static Example<Regressor>	RegressionDataGenerator.emptyMultiDimExample()	Generates an example with no features.
static MutableDataset<Regressor>	GaussianDataSource.generateDataset(int numSamples, float slope, float intercept, float variance, float xMin, float xMax, long seed)	Generates a single dimensional output drawn from N(slope*x + intercept,variance).
static MutableDataset<Regressor>	NonlinearGaussianDataSource.generateDataset(int numSamples, float[] weights, float intercept, float variance, float xZeroMin, float xZeroMax, float xOneMin, float xOneMax, long seed)	Generates a single dimensional output drawn from N(w_0*x_0 + w_1*x_1 + w_2*x_1*x_0 + w_3*x_1*x_1*x_1 + intercept,variance).
OutputFactory<Regressor>	GaussianDataSource.getOutputFactory()
OutputFactory<Regressor>	NonlinearGaussianDataSource.getOutputFactory()
static Example<Regressor>	RegressionDataGenerator.invalidMultiDimSparseExample()	Generates an example with the feature ids 1,5,8, which does not intersect with the ids used elsewhere in this class.
static Example<Regressor>	RegressionDataGenerator.invalidSparseExample()	Generates an example with the feature ids 1,5,8, which does not intersect with the ids used elsewhere in this class.
Iterator<Example<Regressor>>	GaussianDataSource.iterator()
Iterator<Example<Regressor>>	NonlinearGaussianDataSource.iterator()
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimDenseTrainTest()	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimDenseTrainTest()	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimDenseTrainTest(double negate)	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimDenseTrainTest(double negate)	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimSparseTrainTest()	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimSparseTrainTest()	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimSparseTrainTest(double negate)	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.multiDimSparseTrainTest(double negate)	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.sparseTrainTest()	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.sparseTrainTest()	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.sparseTrainTest(double negate)	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.sparseTrainTest(double negate)	Generates a pair of datasets, where the features are sparse, and unknown features appear in the test data.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.threeDimDenseTrainTest(double negate, boolean remapIndices)	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.
static com.oracle.labs.mlrg.olcut.util.Pair<Dataset<Regressor>, Dataset<Regressor>>	RegressionDataGenerator.threeDimDenseTrainTest(double negate, boolean remapIndices)	Generates a train/test dataset pair which is dense in the features, each example has 4 features,{A,B,C,D}.

Uses of Regressor in org.tribuo.regression.impl

Subclasses with type arguments of type Regressor in org.tribuo.regression.impl

Modifier and Type	Class	Description
class	SkeletalIndependentRegressionModel	A Model which wraps n independent regression models, where n is the size of the MultipleRegressor domain.
class	SkeletalIndependentRegressionSparseModel	A SparseModel which wraps n independent regression models, where n is the size of the MultipleRegressor domain.

Classes in org.tribuo.regression.impl that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	SkeletalIndependentRegressionSparseTrainer<T>	Base class for training n independent sparse models, one per dimension.
class	SkeletalIndependentRegressionTrainer<T>	Trains n independent binary Models, each of which predicts a single Regressor.

Methods in org.tribuo.regression.impl that return types with arguments of type Regressor

Modifier and Type	Method	Description
Prediction<Regressor>	SkeletalIndependentRegressionModel.predict(Example<Regressor> example)
Prediction<Regressor>	SkeletalIndependentRegressionSparseModel.predict(Example<Regressor> example)

Method parameters in org.tribuo.regression.impl with type arguments of type Regressor

Modifier and Type	Method	Description
protected SparseVector	SkeletalIndependentRegressionModel.createFeatures(Example<Regressor> example)	Creates the feature vector.
protected SparseVector	SkeletalIndependentRegressionSparseModel.createFeatures(Example<Regressor> example)	Creates the feature vector.
protected abstract SkeletalIndependentRegressionSparseModel	SkeletalIndependentRegressionSparseTrainer.createModel(Map<String,T> models, ModelProvenance provenance, ImmutableFeatureMap featureMap, ImmutableOutputInfo<Regressor> outputInfo)	Constructs the appropriate subclass of SkeletalIndependentRegressionModel for this trainer.
protected abstract SkeletalIndependentRegressionModel	SkeletalIndependentRegressionTrainer.createModel(Map<String,T> models, ModelProvenance provenance, ImmutableFeatureMap featureMap, ImmutableOutputInfo<Regressor> outputInfo)	Constructs the appropriate subclass of SkeletalIndependentRegressionModel for this trainer.
Prediction<Regressor>	SkeletalIndependentRegressionModel.predict(Example<Regressor> example)
Prediction<Regressor>	SkeletalIndependentRegressionSparseModel.predict(Example<Regressor> example)
SkeletalIndependentRegressionSparseModel	SkeletalIndependentRegressionSparseTrainer.train(Dataset<Regressor> examples)
SkeletalIndependentRegressionSparseModel	SkeletalIndependentRegressionSparseTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
SkeletalIndependentRegressionSparseModel	SkeletalIndependentRegressionSparseTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)
SkeletalIndependentRegressionModel	SkeletalIndependentRegressionTrainer.train(Dataset<Regressor> examples)
SkeletalIndependentRegressionModel	SkeletalIndependentRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
SkeletalIndependentRegressionModel	SkeletalIndependentRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)

Constructor parameters in org.tribuo.regression.impl with type arguments of type Regressor

Modifier	Constructor	Description
protected	SkeletalIndependentRegressionModel(String name, String[] dimensions, ModelProvenance modelProvenance, ImmutableFeatureMap featureMap, ImmutableOutputInfo<Regressor> outputInfo)	models.size() must equal labelInfo.getDomain().size()
protected	SkeletalIndependentRegressionSparseModel(String name, String[] dimensions, ModelProvenance modelProvenance, ImmutableFeatureMap featureMap, ImmutableOutputInfo<Regressor> outputInfo, Map<String, List<String>> activeFeatures)	models.size() must equal labelInfo.getDomain().size()

Uses of Regressor in org.tribuo.regression.liblinear

Subclasses with type arguments of type Regressor in org.tribuo.regression.liblinear

Modifier and Type	Class	Description
class	LibLinearRegressionModel	A Model which wraps a LibLinear-java model.
class	LibLinearRegressionTrainer	A Trainer which wraps a liblinear-java regression trainer.

Classes in org.tribuo.regression.liblinear that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
final class	LinearRegressionType	The carrier type for liblinear linear regression modes.

Methods in org.tribuo.regression.liblinear that return types with arguments of type Regressor

Modifier and Type	Method	Description
protected LibLinearModel<Regressor>	LibLinearRegressionTrainer.createModel(ModelProvenance provenance, ImmutableFeatureMap featureIDMap, ImmutableOutputInfo<Regressor> outputIDInfo, List<de.bwaldvogel.liblinear.Model> models)
protected Excuse<Regressor>	LibLinearRegressionModel.innerGetExcuse(Example<Regressor> e, double[][] allFeatureWeights)	The call to model.getFeatureWeights in the public methods copies the weights array so this inner method exists to save the copy in getExcuses.
Prediction<Regressor>	LibLinearRegressionModel.predict(Example<Regressor> example)

Method parameters in org.tribuo.regression.liblinear with type arguments of type Regressor

Modifier and Type	Method	Description
protected LibLinearModel<Regressor>	LibLinearRegressionTrainer.createModel(ModelProvenance provenance, ImmutableFeatureMap featureIDMap, ImmutableOutputInfo<Regressor> outputIDInfo, List<de.bwaldvogel.liblinear.Model> models)
protected com.oracle.labs.mlrg.olcut.util.Pair<de.bwaldvogel.liblinear.FeatureNode[][], double[][]>	LibLinearRegressionTrainer.extractData(Dataset<Regressor> data, ImmutableOutputInfo<Regressor> outputInfo, ImmutableFeatureMap featureMap)
protected com.oracle.labs.mlrg.olcut.util.Pair<de.bwaldvogel.liblinear.FeatureNode[][], double[][]>	LibLinearRegressionTrainer.extractData(Dataset<Regressor> data, ImmutableOutputInfo<Regressor> outputInfo, ImmutableFeatureMap featureMap)
protected Excuse<Regressor>	LibLinearRegressionModel.innerGetExcuse(Example<Regressor> e, double[][] allFeatureWeights)	The call to model.getFeatureWeights in the public methods copies the weights array so this inner method exists to save the copy in getExcuses.
Prediction<Regressor>	LibLinearRegressionModel.predict(Example<Regressor> example)

Uses of Regressor in org.tribuo.regression.libsvm

Subclasses with type arguments of type Regressor in org.tribuo.regression.libsvm

Modifier and Type	Class	Description
class	LibSVMRegressionModel	A regression model that uses an underlying libSVM model to make the predictions.
class	LibSVMRegressionTrainer	A trainer for regression models that uses LibSVM.

Classes in org.tribuo.regression.libsvm that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	SVMRegressionType	The carrier type for LibSVM regression modes.

Methods in org.tribuo.regression.libsvm that return types with arguments of type Regressor

Modifier and Type	Method	Description
protected LibSVMModel<Regressor>	LibSVMRegressionTrainer.createModel(ModelProvenance provenance, ImmutableFeatureMap featureIDMap, ImmutableOutputInfo<Regressor> outputIDInfo, List<libsvm.svm_model> models)
Prediction<Regressor>	LibSVMRegressionModel.predict(Example<Regressor> example)

Method parameters in org.tribuo.regression.libsvm with type arguments of type Regressor

Modifier and Type	Method	Description
protected LibSVMModel<Regressor>	LibSVMRegressionTrainer.createModel(ModelProvenance provenance, ImmutableFeatureMap featureIDMap, ImmutableOutputInfo<Regressor> outputIDInfo, List<libsvm.svm_model> models)
protected com.oracle.labs.mlrg.olcut.util.Pair<libsvm.svm_node[][], double[][]>	LibSVMRegressionTrainer.extractData(Dataset<Regressor> data, ImmutableOutputInfo<Regressor> outputInfo, ImmutableFeatureMap featureMap)
protected com.oracle.labs.mlrg.olcut.util.Pair<libsvm.svm_node[][], double[][]>	LibSVMRegressionTrainer.extractData(Dataset<Regressor> data, ImmutableOutputInfo<Regressor> outputInfo, ImmutableFeatureMap featureMap)
Prediction<Regressor>	LibSVMRegressionModel.predict(Example<Regressor> example)

Constructor parameters in org.tribuo.regression.libsvm with type arguments of type Regressor

Modifier	Constructor	Description
	LibSVMRegressionTrainer(SVMParameters<Regressor> parameters)	Constructs a LibSVMRegressionTrainer using the supplied parameters without standardizing the regression variables.
	LibSVMRegressionTrainer(SVMParameters<Regressor> parameters, boolean standardize)	Constructs a LibSVMRegressionTrainer using the supplied parameters and Trainer.DEFAULT_SEED.
	LibSVMRegressionTrainer(SVMParameters<Regressor> parameters, boolean standardize, long seed)	Constructs a LibSVMRegressionTrainer using the supplied parameters and seed.

Uses of Regressor in org.tribuo.regression.rtree

Subclasses with type arguments of type Regressor in org.tribuo.regression.rtree

Modifier and Type	Class	Description
class	CARTJointRegressionTrainer	A Trainer that uses an approximation of the CART algorithm to build a decision tree.
final class	CARTRegressionTrainer	A Trainer that uses an approximation of the CART algorithm to build a decision tree.
final class	IndependentRegressionTreeModel	A Model wrapped around a list of decision tree root Nodes used to generate independent predictions for each dimension in a regression.

Methods in org.tribuo.regression.rtree that return types with arguments of type Regressor

Modifier and Type	Method	Description
Optional<Excuse<Regressor>>	IndependentRegressionTreeModel.getExcuse(Example<Regressor> example)
Node<Regressor>	IndependentRegressionTreeModel.getRoot()	Returns null, as this model contains multiple roots, one per regression output dimension.
Map<String, Node<Regressor>>	IndependentRegressionTreeModel.getRoots()	Returns an unmodifiable view on the root node collection.
protected AbstractTrainingNode<Regressor>	CARTJointRegressionTrainer.mkTrainingNode(Dataset<Regressor> examples, AbstractTrainingNode.LeafDeterminer leafDeterminer)
protected AbstractTrainingNode<Regressor>	CARTRegressionTrainer.mkTrainingNode(Dataset<Regressor> examples, AbstractTrainingNode.LeafDeterminer leafDeterminer)
Prediction<Regressor>	IndependentRegressionTreeModel.predict(Example<Regressor> example)
TreeModel<Regressor>	CARTRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
TreeModel<Regressor>	CARTRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)

Method parameters in org.tribuo.regression.rtree with type arguments of type Regressor

Modifier and Type	Method	Description
Optional<Excuse<Regressor>>	IndependentRegressionTreeModel.getExcuse(Example<Regressor> example)
protected AbstractTrainingNode<Regressor>	CARTJointRegressionTrainer.mkTrainingNode(Dataset<Regressor> examples, AbstractTrainingNode.LeafDeterminer leafDeterminer)
protected AbstractTrainingNode<Regressor>	CARTRegressionTrainer.mkTrainingNode(Dataset<Regressor> examples, AbstractTrainingNode.LeafDeterminer leafDeterminer)
Prediction<Regressor>	IndependentRegressionTreeModel.predict(Example<Regressor> example)
TreeModel<Regressor>	CARTRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
TreeModel<Regressor>	CARTRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)

Uses of Regressor in org.tribuo.regression.rtree.impl

Subclasses with type arguments of type Regressor in org.tribuo.regression.rtree.impl

Modifier and Type	Class	Description
class	JointRegressorTrainingNode	A decision tree node used at training time.
class	RegressorTrainingNode	A decision tree node used at training time.

Methods in org.tribuo.regression.rtree.impl that return types with arguments of type Regressor

Modifier and Type	Method	Description
List<AbstractTrainingNode<Regressor>>	JointRegressorTrainingNode.buildTree(int[] featureIDs, SplittableRandom rng, boolean useRandomSplitPoints)	Builds a tree according to CART (as it does not do multi-way splits on categorical values like C4.5).
List<AbstractTrainingNode<Regressor>>	RegressorTrainingNode.buildTree(int[] featureIDs, SplittableRandom rng, boolean useRandomSplitPoints)	Builds a tree according to CART (as it does not do multi-way splits on categorical values like C4.5).
Node<Regressor>	JointRegressorTrainingNode.convertTree()	Generates a test time tree (made of SplitNode and LeafNode) from the tree rooted at this node.
Node<Regressor>	RegressorTrainingNode.convertTree()	Generates a test time tree (made of SplitNode and LeafNode) from the tree rooted at this node.

Method parameters in org.tribuo.regression.rtree.impl with type arguments of type Regressor

Modifier and Type	Method	Description
static RegressorTrainingNode.InvertedData	RegressorTrainingNode.invertData(Dataset<Regressor> examples)	Inverts a training dataset from row major to column major.

Constructor parameters in org.tribuo.regression.rtree.impl with type arguments of type Regressor

Modifier	Constructor	Description
	JointRegressorTrainingNode(RegressorImpurity impurity, Dataset<Regressor> examples, boolean normalize, AbstractTrainingNode.LeafDeterminer leafDeterminer)	Constructor which creates the inverted file.
	RegressorTrainingNode(RegressorImpurity impurity, RegressorTrainingNode.InvertedData tuple, int dimIndex, String dimName, int numExamples, ImmutableFeatureMap featureIDMap, ImmutableOutputInfo<Regressor> outputInfo, AbstractTrainingNode.LeafDeterminer leafDeterminer)	Constructs a tree training node for regression problems.

Uses of Regressor in org.tribuo.regression.sgd.fm

Subclasses with type arguments of type Regressor in org.tribuo.regression.sgd.fm

Modifier and Type	Class	Description
class	FMRegressionModel	The inference time model of a regression factorization machine trained using SGD.
class	FMRegressionTrainer	A trainer for a regression factorization machine using SGD.

Methods in org.tribuo.regression.sgd.fm that return types with arguments of type Regressor

Modifier and Type	Method	Description
Prediction<Regressor>	FMRegressionModel.predict(Example<Regressor> example)

Methods in org.tribuo.regression.sgd.fm with parameters of type Regressor

Modifier and Type	Method	Description
protected DenseVector	FMRegressionTrainer.getTarget(ImmutableOutputInfo<Regressor> outputInfo, Regressor output)

Method parameters in org.tribuo.regression.sgd.fm with type arguments of type Regressor

Modifier and Type	Method	Description
protected FMRegressionModel	FMRegressionTrainer.createModel(String name, ModelProvenance provenance, ImmutableFeatureMap featureMap, ImmutableOutputInfo<Regressor> outputInfo, FMParameters parameters)
protected DenseVector	FMRegressionTrainer.getTarget(ImmutableOutputInfo<Regressor> outputInfo, Regressor output)
Prediction<Regressor>	FMRegressionModel.predict(Example<Regressor> example)

Uses of Regressor in org.tribuo.regression.sgd.linear

Subclasses with type arguments of type Regressor in org.tribuo.regression.sgd.linear

Modifier and Type	Class	Description
class	LinearSGDModel	The inference time version of a linear model trained using SGD.
class	LinearSGDTrainer	A trainer for a linear regression model which uses SGD.

Methods in org.tribuo.regression.sgd.linear that return types with arguments of type Regressor

Modifier and Type	Method	Description
Prediction<Regressor>	LinearSGDModel.predict(Example<Regressor> example)

Methods in org.tribuo.regression.sgd.linear with parameters of type Regressor

Modifier and Type	Method	Description
protected DenseVector	LinearSGDTrainer.getTarget(ImmutableOutputInfo<Regressor> outputInfo, Regressor output)

Method parameters in org.tribuo.regression.sgd.linear with type arguments of type Regressor

Modifier and Type	Method	Description
protected LinearSGDModel	LinearSGDTrainer.createModel(String name, ModelProvenance provenance, ImmutableFeatureMap featureMap, ImmutableOutputInfo<Regressor> outputInfo, LinearParameters parameters)
protected DenseVector	LinearSGDTrainer.getTarget(ImmutableOutputInfo<Regressor> outputInfo, Regressor output)
Prediction<Regressor>	LinearSGDModel.predict(Example<Regressor> example)

Uses of Regressor in org.tribuo.regression.slm

Classes in org.tribuo.regression.slm that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
class	ElasticNetCDTrainer	An ElasticNet trainer that uses co-ordinate descent.
class	SLMTrainer	A trainer for a sparse linear regression model.

Methods in org.tribuo.regression.slm that return types with arguments of type Regressor

Modifier and Type	Method	Description
protected Model<Regressor>	SparseLinearModel.copy(String newName, ModelProvenance newProvenance)
Optional<Excuse<Regressor>>	SparseLinearModel.getExcuse(Example<Regressor> example)
SparseModel<Regressor>	ElasticNetCDTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
SparseModel<Regressor>	ElasticNetCDTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)

Method parameters in org.tribuo.regression.slm with type arguments of type Regressor

Modifier and Type	Method	Description
protected SparseVector	SparseLinearModel.createFeatures(Example<Regressor> example)	Creates the feature vector.
Optional<Excuse<Regressor>>	SparseLinearModel.getExcuse(Example<Regressor> example)
SparseModel<Regressor>	ElasticNetCDTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
SparseModel<Regressor>	ElasticNetCDTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)
SparseLinearModel	SLMTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)	Trains a sparse linear model.
SparseLinearModel	SLMTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)	Trains a sparse linear model.

Uses of Regressor in org.tribuo.regression.xgboost

Subclasses with type arguments of type Regressor in org.tribuo.regression.xgboost

Modifier and Type	Class	Description
final class	XGBoostRegressionTrainer	A Trainer which wraps the XGBoost training procedure.

Classes in org.tribuo.regression.xgboost that implement interfaces with type arguments of type Regressor

Modifier and Type	Class	Description
final class	XGBoostRegressionConverter	Converts XGBoost outputs into Regressor Predictions.

Methods in org.tribuo.regression.xgboost that return types with arguments of type Regressor

Modifier and Type	Method	Description
List<Prediction<Regressor>>	XGBoostRegressionConverter.convertBatchOutput(ImmutableOutputInfo<Regressor> info, List<float[][]> probabilities, int[] numValidFeatures, Example<Regressor>[] examples)
Prediction<Regressor>	XGBoostRegressionConverter.convertOutput(ImmutableOutputInfo<Regressor> info, List<float[]> probabilities, int numValidFeatures, Example<Regressor> example)
XGBoostModel<Regressor>	XGBoostRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
XGBoostModel<Regressor>	XGBoostRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)

Method parameters in org.tribuo.regression.xgboost with type arguments of type Regressor

Modifier and Type	Method	Description
List<Prediction<Regressor>>	XGBoostRegressionConverter.convertBatchOutput(ImmutableOutputInfo<Regressor> info, List<float[][]> probabilities, int[] numValidFeatures, Example<Regressor>[] examples)
Prediction<Regressor>	XGBoostRegressionConverter.convertOutput(ImmutableOutputInfo<Regressor> info, List<float[]> probabilities, int numValidFeatures, Example<Regressor> example)
Prediction<Regressor>	XGBoostRegressionConverter.convertOutput(ImmutableOutputInfo<Regressor> info, List<float[]> probabilities, int numValidFeatures, Example<Regressor> example)
XGBoostModel<Regressor>	XGBoostRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance)
XGBoostModel<Regressor>	XGBoostRegressionTrainer.train(Dataset<Regressor> examples, Map<String, com.oracle.labs.mlrg.olcut.provenance.Provenance> runProvenance, int invocationCount)