Uses of Class org.drip.measure.continuous.Rd

Packages that use Rd
Package	Description
org.drip.learning.kernel	Statistical Learning Banach Mercer Kernels
org.drip.measure.lebesgue	Uniform Piece-wise Lebesgue Measure
org.drip.spaces.metric	Hilbert/Banach Normed Metric Spaces

Uses of Rd in org.drip.learning.kernel

Methods in org.drip.learning.kernel that return Rd

Modifier and Type Method Description

Rd IntegralOperator.inputSpaceBorelMeasure()
Retrieve the Input Space Borel Sigma Measure

Uses of Rd in org.drip.measure.lebesgue

Subclasses of Rd in org.drip.measure.lebesgue
Modifier and Type	Class	Description
`class`	`RdUniform`	RdUniform implements the R^d Lebesgue Measure Distribution that corresponds to a Uniform R^d d-Volume Space.

Uses of Rd in org.drip.spaces.metric

Methods in org.drip.spaces.metric that return Rd
Modifier and Type	Method	Description
`Rd`	RdCombinatorialBanach.`borelSigmaMeasure()`
`Rd`	RdContinuousBanach.`borelSigmaMeasure()`
`Rd`	RdNormed.`borelSigmaMeasure()`	Retrieve the Borel Sigma R^d Probability Measure

Methods in org.drip.spaces.metric with parameters of type Rd
Modifier and Type	Method	Description
`static RdCombinatorialBall`	RdCombinatorialBall.`ClosedUnit(R1CombinatorialVector[] aR1CV, Rd distRd, int iPNorm)`	Construct a RdCombinatorialBall Instance of Unit Radius
`static RdContinuousBall`	RdContinuousBall.`ClosedUnit(R1ContinuousVector[] aR1CV, Rd distRd, int iPNorm)`	Construct a Unit Radius RdContinuousBall Instance
`static RdContinuousBanach`	RdContinuousBanach.`StandardBanach(int iDimension, Rd distRd, int iPNorm)`	Construct the Standard l^p R^d Continuous Banach Space Instance
`static RdContinuousHilbert`	RdContinuousHilbert.`StandardHilbert(int iDimension, Rd distRd)`	Construct the Standard l² R^d Hilbert Space Instance
`static RdContinuousBanach`	RdContinuousBanach.`SupremumBanach(int iDimension, Rd distRd)`	Construct the Supremum (i.e., l^Infinity) R^d Continuous Banach Space Instance

Constructors in org.drip.spaces.metric with parameters of type Rd
Constructor	Description
`RdCombinatorialBall(R1CombinatorialVector[] r1CombinatorialVectorArray, Rd rdContinuousBorelMeasure, int pNorm, double normRadius)`	RdCombinatorialBall Constructor
`RdCombinatorialBanach(R1CombinatorialVector[] r1CombinatorialVectorArray, Rd rdContinuous, int pNorm)`	RdCombinatorialBanach Space Constructor
`RdCombinatorialHilbert(R1CombinatorialVector[] r1CombinatorialVectorArray, Rd rdDistribution)`	RdCombinatorialHilbert Space Constructor
`RdContinuousBall(R1ContinuousVector[] r1ContinuousVectorArray, Rd rdBorelSigmaMeasure, int pNorm, double normRadius)`	RdContinuousBall Constructor
`RdContinuousBanach(R1ContinuousVector[] r1ContinuousVectorArray, Rd rdDistribution, int pNorm)`	RdContinuousBanach Space Constructor
`RdContinuousHilbert(R1ContinuousVector[] r1ContinuousVectorArray, Rd rd)`	RdContinuousHilbert Space Constructor