Uses of Class
org.drip.measure.continuousmarginal.R1

Packages that use R1

Package	Description
org.drip.execution.bayesian
org.drip.execution.discrete
org.drip.measure.discretemarginal
org.drip.measure.gaussian
org.drip.measure.lebesgue
org.drip.sequence.functional
org.drip.sequence.metrics
org.drip.sequence.random
org.drip.spaces.metric

Uses of R1 in org.drip.execution.bayesian

Subclasses of R1 in org.drip.execution.bayesian

Modifier and Type	Class and Description
class	ConditionalPriceDistribution ConditionalPriceDistribution holds the Price Distribution Conditional on a given Drift.
class	PriorDriftDistribution PriorDriftDistribution holds the Prior Belief Distribution associated with the Directional Drift.

Uses of R1 in org.drip.execution.discrete

Subclasses of R1 in org.drip.execution.discrete

Modifier and Type	Class and Description
class	ShortfallIncrementDistribution ShortfallIncrementDistribution holds the Parameters of the R^1 Normal Short fall Increment Distribution.

Uses of R1 in org.drip.measure.discretemarginal

Subclasses of R1 in org.drip.measure.discretemarginal

Modifier and Type	Class and Description
class	BoundedUniformIntegerDistribution BoundedUniformIntegerDistribution implements the Univariate Bounded Uniform Integer Distribution, with the Integer being generated between a(n inclusive) lower and an upper Bound.
class	PoissonDistribution PoissonDistribution implements the Univariate Poisson Distribution using the specified Mean/Variance.

Uses of R1 in org.drip.measure.gaussian

Subclasses of R1 in org.drip.measure.gaussian

Modifier and Type	Class and Description
class	R1UnivariateNormal R1UnivariateNormal implements the Univariate R^1 Normal Distribution.

Uses of R1 in org.drip.measure.lebesgue

Subclasses of R1 in org.drip.measure.lebesgue

Modifier and Type	Class and Description
class	R1PiecewiseDisplaced R1PiecewiseDisplaced implements the Displaced Piecewise Linear R^1 Distributions.
class	R1PiecewiseLinear R1PiecewiseLinear implements the Piecewise Linear R^1 Distributions.
class	R1Uniform R1Uniform implements the R^1 Lebesgue (i.e., Bounded Uniform) Distribution, with a Uniform Distribution between a Lower and an Upper Bound.

Uses of R1 in org.drip.sequence.functional

Methods in org.drip.sequence.functional that return R1

Modifier and Type	Method and Description
R1	IdempotentUnivariateRandom.underlyingDistribution() Retrieve the Underlying Distribution
R1	FunctionSupremumUnivariateRandom.underlyingDistribution() Retrieve the Underlying Distribution

Constructors in org.drip.sequence.functional with parameters of type R1

Constructor and Description
BinaryIdempotentUnivariateRandom(double dblOffset, R1 dist, double dblVariateBound, double dblPositiveProbability) BinaryIdempotentUnivariateRandom Constructor
BoundedIdempotentUnivariateRandom(double dblOffset, R1 dist, double dblVariateBound) BoundedIdempotentUnivariateRandom Constructor
FunctionSupremumUnivariateRandom(R1ToR1[] aAUClass, R1 dist) FunctionSupremumUnivariateRandom Constructor
IdempotentUnivariateRandom(double dblOffset, R1 dist) IdempotentUnivariateRandom Constructor

Uses of R1 in org.drip.sequence.metrics

Methods in org.drip.sequence.metrics that return R1

Modifier and Type	Method and Description
R1	SingleSequenceAgnosticMetrics.populationDistribution() Retrieve the Population Distribution

Constructors in org.drip.sequence.metrics with parameters of type R1

Constructor and Description
BoundedSequenceAgnosticMetrics(double[] adblSequence, R1 distPopulation, double dblSupport) BoundedSequenceAgnosticMetrics Constructor
IntegerSequenceAgnosticMetrics(double[] adblSequence, R1 distPopulation) Build out the Sequence and their Metrics
SingleSequenceAgnosticMetrics(double[] adblSequence, R1 distPopulation) Build out the Sequence and their Metrics

Uses of R1 in org.drip.sequence.random

Methods in org.drip.sequence.random with parameters of type R1

Modifier and Type	Method and Description
SingleSequenceAgnosticMetrics	UnivariateSequenceGenerator.sequence(int iNumEntry, R1 distPopulation) Generate a Random Sequence along with its Metrics
SingleSequenceAgnosticMetrics	Poisson.sequence(int iNumEntry, R1 distPopulation)
SingleSequenceAgnosticMetrics	BoundedUniformInteger.sequence(int iNumEntry, R1 distPopulation)
SingleSequenceAgnosticMetrics	Bounded.sequence(int iNumEntry, R1 distPopulation)

Uses of R1 in org.drip.spaces.metric

Methods in org.drip.spaces.metric that return R1

Modifier and Type	Method and Description
R1	R1Normed.borelSigmaMeasure() Retrieve the Borel Sigma R^1 Probability Measure
R1	R1Continuous.borelSigmaMeasure()
R1	R1Combinatorial.borelSigmaMeasure()

Methods in org.drip.spaces.metric with parameters of type R1

Modifier and Type	Method and Description
static R1ContinuousBall	R1ContinuousBall.ClosedUnit(double dblLeftEdge, double dblRightEdge, R1 distR1, int iPNorm) Construct a R1ContinuousBall Instance of Unit Radius
static R1CombinatorialBall	R1CombinatorialBall.ClosedUnit(java.util.List<java.lang.Double> lsElementSpace, R1 distR1, int iPNorm) Construct a R1CombinatorialBall Instance of Unit Radius
static R1Continuous	R1Continuous.Standard(double dblLeftEdge, double dblRightEdge, R1 distR1, int iPNorm) Construct the Standard l^p R^1 Continuous Space Instance
static R1Combinatorial	R1Combinatorial.Standard(java.util.List<java.lang.Double> lsElementSpace, R1 distR1, int iPNorm) Construct the Standard l^p R^1 Combinatorial Space Instance
static R1Continuous	R1Continuous.Supremum(double dblLeftEdge, double dblRightEdge, R1 distR1) Construct the Supremum (i.e., l^Infinity) R^1 Continuous Space Instance
static R1Combinatorial	R1Combinatorial.Supremum(java.util.List<java.lang.Double> lsElementSpace, R1 distR1) Construct the Supremum (i.e., l^Infinity) R^1 Combinatorial Space Instance

Constructors in org.drip.spaces.metric with parameters of type R1

Constructor and Description
R1Combinatorial(java.util.List<java.lang.Double> lsElementSpace, R1 distR1, int iPNorm) R1Combinatorial Space Constructor
R1CombinatorialBall(java.util.List<java.lang.Double> lsElementSpace, R1 distR1, int iPNorm, double dblNormRadius) R1CombinatorialBall Constructor
R1Continuous(double dblLeftEdge, double dblRightEdge, R1 distR1, int iPNorm) R1Continuous Space Constructor
R1ContinuousBall(double dblLeftEdge, double dblRightEdge, R1 distR1, int iPNorm, double dblNormRadius) R1ContinuousBall Constructor