class DoubleMLEstimator extends Estimator[DoubleMLModel] with ComplexParamsWritable with DoubleMLParams with SynapseMLLogging with Wrappable
Double ML estimators. The estimator follows the two stage process, where a set of nuisance functions are estimated in the first stage in a cross-fitting manner and a final stage estimates the average treatment effect (ATE) model. Our goal is to estimate the constant marginal ATE Theta(X)
In this estimator, the ATE is estimated by using the following estimating equations: .. math :: Y - \\E[Y | X, W] = \\Theta(X) \\cdot (T - \\E[T | X, W]) + \\epsilon
Thus if we estimate the nuisance functions :math:q(X, W) = \\E[Y | X, W]
and
:math:f(X, W)=\\E[T | X, W]
in the first stage, we can estimate the final stage ate for each
treatment t, by running a regression, minimizing the residual on residual square loss,
estimating Theta(X) is a final regression problem, regressing tilde{Y} on X and tilde{T})
.. math :: \\hat{\\theta} = \\arg\\min_{\\Theta}\ \E_n\\left[ (\\tilde{Y} - \\Theta(X) \\cdot \\tilde{T})^2 \\right]
Where
\\tilde{Y}=Y - \\E[Y | X, W]
and :math:\\tilde{T}=T-\\E[T | X, W]
denotes the
residual outcome and residual treatment.
The nuisance function :math:q
is a simple machine learning problem and
user can use setOutcomeModel to set an arbitrary sparkML model
that is internally used to solve this problem
The problem of estimating the nuisance function :math:f
is also a machine learning problem and
user can use setTreatmentModel to set an arbitrary sparkML model
that is internally used to solve this problem.
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clear(param: Param[_]): DoubleMLEstimator.this.type
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companionModelClassName: String
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val
confidenceLevel: DoubleParam
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def
copy(extra: ParamMap): Estimator[DoubleMLModel]
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def
defaultCopy[T <: Params](extra: ParamMap): T
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dotnetExtraEstimatorImports: String
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extractParamMap(): ParamMap
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def
extractParamMap(extra: ParamMap): ParamMap
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val
featuresCol: Param[String]
The name of the features column
The name of the features column
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def
finalize(): Unit
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def
fit(dataset: Dataset[_]): DoubleMLModel
Fits the DoubleML model.
Fits the DoubleML model.
- dataset
The input dataset to train.
- returns
The trained DoubleML model, from which you can get Ate and Ci values
- Definition Classes
- DoubleMLEstimator → Estimator
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def
fit(dataset: Dataset[_], paramMaps: Seq[ParamMap]): Seq[DoubleMLModel]
- Definition Classes
- Estimator
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def
fit(dataset: Dataset[_], paramMap: ParamMap): DoubleMLModel
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def
fit(dataset: Dataset[_], firstParamPair: ParamPair[_], otherParamPairs: ParamPair[_]*): DoubleMLModel
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final
def
get[T](param: Param[T]): Option[T]
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final
def
getClass(): Class[_]
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def
getConfidenceLevel: Double
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final
def
getDefault[T](param: Param[T]): Option[T]
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def
getExecutionContextProxy: ExecutionContext
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def
getFeaturesCol: String
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final
def
getMaxIter: Int
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def
getOrDefault[T](param: Param[T]): T
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def
getOutcomeCol: String
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def
getOutcomeModel: Estimator[_ <: Model[_]]
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def
getParallelism: Int
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getParam(paramName: String): Param[Any]
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def
getParamInfo(p: Param[_]): ParamInfo[_]
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def
getPayload(methodName: String, numCols: Option[Int], executionSeconds: Option[Double], exception: Option[Exception]): Map[String, String]
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def
getSampleSplitRatio: Array[Double]
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def
getTreatmentCol: String
- Definition Classes
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def
getTreatmentModel: Estimator[_ <: Model[_]]
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def
getWeightCol: String
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final
def
hasDefault[T](param: Param[T]): Boolean
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hasParam(paramName: String): Boolean
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hashCode(): Int
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initializeLogIfNecessary(isInterpreter: Boolean, silent: Boolean): Boolean
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log: Logger
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logBase(info: Map[String, String], featureName: Option[String]): Unit
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logBase(methodName: String, numCols: Option[Int], executionSeconds: Option[Double], featureName: Option[String]): Unit
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logDebug(msg: ⇒ String, throwable: Throwable): Unit
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maxIter: IntParam
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val
outcomeCol: Param[String]
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val
outcomeModel: EstimatorParam
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val
parallelism: IntParam
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params: Array[Param[_]]
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pyExtraEstimatorMethods: String
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pyInheritedClasses: Seq[String]
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pyInitFunc(): String
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rFuncName: String
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val
sampleSplitRatio: DoubleArrayParam
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def
save(path: String): Unit
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final
def
set(paramPair: ParamPair[_]): DoubleMLEstimator.this.type
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final
def
set(param: String, value: Any): DoubleMLEstimator.this.type
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final
def
set[T](param: Param[T], value: T): DoubleMLEstimator.this.type
- Definition Classes
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def
setConfidenceLevel(value: Double): DoubleMLEstimator.this.type
Set the higher bound percentile of ATE distribution.
Set the higher bound percentile of ATE distribution. Default is 0.975. lower bound value will be automatically calculated as 100*(1-confidenceLevel) That means by default we compute 95% confidence interval, it is [2.5%, 97.5%] percentile of ATE distribution
- Definition Classes
- DoubleMLParams
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final
def
setDefault(paramPairs: ParamPair[_]*): DoubleMLEstimator.this.type
- Attributes
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final
def
setDefault[T](param: Param[T], value: T): DoubleMLEstimator.this.type
- Attributes
- protected
- Definition Classes
- Params
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def
setFeaturesCol(value: String): DoubleMLEstimator.this.type
- Definition Classes
- HasFeaturesCol
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def
setMaxIter(value: Int): DoubleMLEstimator.this.type
Set the maximum number of confidence interval bootstrapping iterations.
Set the maximum number of confidence interval bootstrapping iterations. Default is 1, which means it does not calculate confidence interval. To get Ci values please set a meaningful value
- Definition Classes
- DoubleMLParams
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def
setOutcomeCol(value: String): DoubleMLEstimator.this.type
Set name of the column which will be used as outcome
Set name of the column which will be used as outcome
- Definition Classes
- HasOutcomeCol
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def
setOutcomeModel(value: Estimator[_ <: Model[_]]): DoubleMLEstimator.this.type
Set outcome model, it could be any model derived from 'org.apache.spark.ml.regression.Regressor' or 'org.apache.spark.ml.classification.ProbabilisticClassifier'
Set outcome model, it could be any model derived from 'org.apache.spark.ml.regression.Regressor' or 'org.apache.spark.ml.classification.ProbabilisticClassifier'
- Definition Classes
- DoubleMLParams
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def
setParallelism(value: Int): DoubleMLEstimator.this.type
- Definition Classes
- DoubleMLParams
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def
setSampleSplitRatio(value: Array[Double]): DoubleMLEstimator.this.type
Set the sample split ratio, default is Array(0.5, 0.5)
Set the sample split ratio, default is Array(0.5, 0.5)
- Definition Classes
- DoubleMLParams
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def
setTreatmentCol(value: String): DoubleMLEstimator.this.type
Set name of the column which will be used as treatment
Set name of the column which will be used as treatment
- Definition Classes
- HasTreatmentCol
-
def
setTreatmentModel(value: Estimator[_ <: Model[_]]): DoubleMLEstimator.this.type
Set treatment model, it could be any model derived from 'org.apache.spark.ml.regression.Regressor' or 'org.apache.spark.ml.classification.ProbabilisticClassifier'
Set treatment model, it could be any model derived from 'org.apache.spark.ml.regression.Regressor' or 'org.apache.spark.ml.classification.ProbabilisticClassifier'
- Definition Classes
- DoubleMLParams
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def
setWeightCol(value: String): DoubleMLEstimator.this.type
- Definition Classes
- HasWeightCol
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final
def
synchronized[T0](arg0: ⇒ T0): T0
- Definition Classes
- AnyRef
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val
thisStage: Params
- Attributes
- protected
- Definition Classes
- BaseWrappable
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def
toString(): String
- Definition Classes
- Identifiable → AnyRef → Any
-
def
transformSchema(schema: StructType): StructType
- Definition Classes
- DoubleMLEstimator → PipelineStage
- Annotations
- @DeveloperApi()
-
def
transformSchema(schema: StructType, logging: Boolean): StructType
- Attributes
- protected
- Definition Classes
- PipelineStage
- Annotations
- @DeveloperApi()
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val
treatmentCol: Param[String]
- Definition Classes
- HasTreatmentCol
-
val
treatmentModel: EstimatorParam
- Definition Classes
- DoubleMLParams
-
val
uid: String
- Definition Classes
- DoubleMLEstimator → SynapseMLLogging → Identifiable
-
def
validateColTypeWithModel(dataset: Dataset[_], colName: String, model: Estimator[_]): Unit
- Attributes
- protected
-
final
def
wait(): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... )
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final
def
wait(arg0: Long, arg1: Int): Unit
- Definition Classes
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final
def
wait(arg0: Long): Unit
- Definition Classes
- AnyRef
- Annotations
- @throws( ... ) @native()
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val
weightCol: Param[String]
The name of the weight column
The name of the weight column
- Definition Classes
- HasWeightCol
-
def
write: MLWriter
- Definition Classes
- ComplexParamsWritable → MLWritable