Uses of Interface
org.drip.spaces.tensor.GeneralizedVector

Packages that use GeneralizedVector

Package	Description
org.drip.spaces.instance
org.drip.spaces.metric
org.drip.spaces.tensor

Uses of GeneralizedVector in org.drip.spaces.instance

Methods in org.drip.spaces.instance that return GeneralizedVector

Modifier and Type	Method and Description
GeneralizedVector	GeneralizedValidatedVector.tensorSpaceType() Retrieve the Generalized Tensor Space Type

Uses of GeneralizedVector in org.drip.spaces.metric

Subinterfaces of GeneralizedVector in org.drip.spaces.metric

Modifier and Type	Interface and Description
interface	GeneralizedMetricVectorSpace GeneralizedMetricVectorSpace exposes the basic Properties of the General Normed Metric Vector Space.
interface	R1Normed R1Normed Abstract Class implements the Normed, Bounded/Unbounded Continuous/Combinatorial l^p R^1 Spaces.
interface	RdNormed RdNormed Abstract Class implements the Normed, Bounded/Unbounded Continuous/Combinatorial l^p R^d Spaces.

Classes in org.drip.spaces.metric that implement GeneralizedVector

Modifier and Type	Class and Description
class	R1Combinatorial R1Combinatorial implements the Normed, Bounded/Unbounded Combinatorial l^p R^1 Spaces.
class	R1CombinatorialBall R1CombinatorialBall extends the Combinatorial R^1 Banach Space by enforcing the Closed Bounded Metric.
class	R1Continuous R1Continuous implements the Normed, Bounded/Unbounded Continuous l^p R^1 Spaces.
class	R1ContinuousBall R1ContinuousBall extends the Continuous R^1 Banach Space by enforcing the Closed Bounded Metric.
class	RdCombinatorialBall RdCombinatorialBall extends the Combinatorial R^d Banach Space by enforcing the Closed Bounded Metric.
class	RdCombinatorialBanach RdCombinatorialBanach implements the Bounded/Unbounded Combinatorial l^p R^d Spaces.
class	RdCombinatorialHilbert RdCombinatorialHilbert implements the Bounded/Unbounded, Combinatorial l^2 R^d Spaces.
class	RdContinuousBall RdContinuousBall extends the Continuous R^d Banach Space by enforcing the Closed Bounded Metric.
class	RdContinuousBanach RdContinuousBanach implements the Normed, Bounded/Unbounded Continuous l^p R^d Spaces.
class	RdContinuousHilbert RdContinuousHilbert implements the Bounded/Unbounded, Continuous l^2 R^d Spaces.

Uses of GeneralizedVector in org.drip.spaces.tensor

Subinterfaces of GeneralizedVector in org.drip.spaces.tensor

Modifier and Type	Interface and Description
interface	R1GeneralizedVector R1GeneralizedVector exposes the basic Properties of the General R^1 Vector Space.
interface	RdGeneralizedVector RdGeneralizedVector exposes the basic Properties of the Generalized R^d Vector Space.

Classes in org.drip.spaces.tensor that implement GeneralizedVector

Modifier and Type	Class and Description
class	BinaryBooleanVector BinaryBooleanVector implements the normed/non-normed Binary/Boolean Combinatorial Vector Spaces.
class	R1CombinatorialVector R1CombinatorialVector exposes the normed/non-normed Discrete Spaces with R^1 Combinatorial Vector Elements.
class	R1ContinuousVector R1ContinuousVector exposes the Normed/non-normed, Bounded/Unbounded Continuous R^1 Vector Spaces with Real-valued Elements.
class	RdAggregate RdAggregate exposes the basic Properties of the R^d as a Sectional Super-position of R^1 Vector Spaces.
class	RdCombinatorialVector RdCombinatorialVector exposes the Normed/Non-normed Discrete Spaces with R^d Combinatorial Vector Elements.
class	RdContinuousVector RdContinuousVector implements the Normed/non-normed, Bounded/Unbounded Continuous R^d Vector Spaces.

Methods in org.drip.spaces.tensor with parameters of type GeneralizedVector

Modifier and Type	Method and Description
boolean	RdAggregate.match(GeneralizedVector gvOther)
boolean	R1ContinuousVector.match(GeneralizedVector gvOther)
boolean	R1CombinatorialVector.match(GeneralizedVector gvOther)
boolean	GeneralizedVector.match(GeneralizedVector gvsOther) Compare against the "Other" Generalized Vector Space
boolean	RdAggregate.subset(GeneralizedVector gvOther)
boolean	R1ContinuousVector.subset(GeneralizedVector gvOther)
boolean	R1CombinatorialVector.subset(GeneralizedVector gvOther)
boolean	GeneralizedVector.subset(GeneralizedVector gvsOther) Indicate if the "Other" Generalized Vector Space is a Subset of "this"