Uses of Class
org.drip.measure.exponential.R1RateDistribution

Packages that use R1RateDistribution

Package	Description
org.drip.measure.exponential	R1 Exponential Distribution Implementation/Properties
org.drip.measure.transform	Expressing one Measure Using Another

Uses of R1RateDistribution in org.drip.measure.exponential

Subclasses of R1RateDistribution in org.drip.measure.exponential

Modifier and Type	Class	Description
class	RealizedMinimaR1RateDistribution	RealizedMinimaR1RateDistribution implements the Rate Parameterization of the Realized Minimum among the Set of R1 Exponential Distributions.

Methods in org.drip.measure.exponential that return R1RateDistribution

Modifier and Type	Method	Description
R1RateDistribution	TwoIIDSum.largerR1RateDistribution()	Retrieve the Larger Exponential Distribution
R1RateDistribution[]	RealizedMinimaR1RateDistribution.r1RateDistributionArray()	Retrieve the R1 Exponential Distribution Array
static R1RateDistribution	R1RateDistribution.ScaleStandard(double beta)	Construct a Standard Scale Parameterized Instance of R1 Exponential Distribution
R1RateDistribution	TwoIIDSum.smallerR1RateDistribution()	Retrieve the Smaller Exponential Distribution

Methods in org.drip.measure.exponential with parameters of type R1RateDistribution

Modifier and Type	Method	Description
static double	IIDComposite.OrderStatisticsJointMoment(R1RateDistribution r1RateDistribution, int variateCount, int orderStatistic1, int orderStatistic2)	Compute the Joint Moment of the Order Statistics for a Set of i.i.d.

Constructors in org.drip.measure.exponential with parameters of type R1RateDistribution

Constructor	Description
TwoIIDSum(R1RateDistribution firstR1RateDistribution, R1RateDistribution secondR1RateDistribution)	TwoIIDSum Constructor

Uses of R1RateDistribution in org.drip.measure.transform

Methods in org.drip.measure.transform with parameters of type R1RateDistribution

Modifier and Type	Method	Description
static R1ParetoDistribution	FromExponential.ToPareto(R1RateDistribution exponentialDistribution, double k)	Transform the Input R1 Exponential Distribution to Pareto