Uses of Class
jline.lang.processes.Distribution

Packages that use Distribution

Package	Description
jline.api.infer
jline.api.mc	Markov Chain analysis algorithms.
jline.api.qsys	Queueing system analysis algorithms.
jline.api.wfn	Workflow Net (WF-net) analysis for LINE.
jline.lang	Abstractions to declare basic elements of a model.
jline.lang.constant	This package contains constants used in the definition of queueing characteristics
jline.lang.layered	This package contains the classes used the specify LayeredNetwork objects
jline.lang.nodeparam	Node parameter specifications and configuration classes.
jline.lang.nodes	This package contains the classes used the specify Network objects
jline.lang.processes	This package contains processes and statistical distributions used to specify arrival rates, service rates, and item popularities
jline.lang.sections	Classes that model the individual sections that form a Network node
jline.lang.state	Classes that model the state of a network and its individual nodes
jline.lang.workflow
jline.solvers.ldes.handlers
jline.solvers.ln	This package provides an implementation of SolverLN.

Uses of Distribution in jline.api.infer

Methods in jline.api.infer that return Distribution

Modifier and Type	Method	Description
static Distribution	InferSmpFamily.dist(String family, double[] th, double eta)	The LINE distribution of the law with hazard h0(t) exp(eta).

Uses of Distribution in jline.api.mc

Methods in jline.api.mc with parameters of type Distribution

Modifier and Type	Method	Description
static Smp_stage_cif.Result	Smp_stage_cif.smp_stage_cif(Distribution[] arcs, double[] probs, double[] t)
static Smp_stage_quad.Result	Smp_stage_quad.smp_stage_quad(Distribution[] arcs, double[] probs)

Uses of Distribution in jline.api.qsys

Methods in jline.api.qsys with parameters of type Distribution

Modifier and Type	Method	Description
static Map<String,Object>	Qsys_gimc.qsys_gimc(Distribution LA, double mu, int c)	Interarrival law given as a Distribution (arrival rate 1/E[A]).
static Map<String,Object>	Qsys_gimc.qsys_gimc(Distribution LA, double mu, int c, Double lambda, double[] tPoints, double[] percentiles, Integer nmax)	Interarrival law given as a Distribution.
static QsysWorkloadResult	Qsys_ldps_workload.qsys_ldps_workload(double lambda, Distribution B, double[] alpha, int N)	Convenience overload using the default grid and quadrature resolution.
static QsysWorkloadResult	Qsys_ldps_workload.qsys_ldps_workload(double lambda, Distribution B, double[] alpha, int N, double[] t, int ngrid)	Stationary distribution of the quantity of work in a single-stage load-dependent processor sharing station with Poisson arrivals and blocking.
static QsysMeanValueRes	Qsys_mg1_setup.qsys_mg1_setup(double lambda, double mu, double cs, Distribution EU)	Setup time given by a Distribution.
static Map<String,Object>	Qsys_mg1kk.qsys_mg1kk(double alpha, int K, Distribution svc)	Service law given as a Distribution.

Method parameters in jline.api.qsys with type arguments of type Distribution

Modifier and Type	Method	Description
static QsysMmapGk1Result	Qsys_mmapgk1.qsys_mmapgk1(MatrixCell MMAP, List<Distribution> svc)
static QsysMmapGk1Result	Qsys_mmapgk1.qsys_mmapgk1(MatrixCell MMAP, List<Distribution> svc, Matrix wPoints, int numWMoms, double tol, int iterMax)

Uses of Distribution in jline.api.wfn

Methods in jline.api.wfn that return Distribution

Modifier and Type	Method	Description
Distribution	WorkflowNet.getArrivalProcess()
Distribution	WFNTransition.getDistribution()

Methods in jline.api.wfn with parameters of type Distribution

Modifier and Type	Method	Description
WFNTransition	WorkflowNet.addTransition(String name, Distribution distribution)	Add a transition; an Immediate distribution makes it immediate.
WFNTransition	WorkflowNet.addTransition(String name, Distribution distribution, TimingStrategy timing, Integer servers, Integer priority, Double weight)	Add a transition.
void	WorkflowNet.setArrivalProcess(Distribution process)	Set the stream of cases for open analysis to an interarrival distribution.
void	WFNTransition.setDistribution(Distribution distribution)

Constructors in jline.api.wfn with parameters of type Distribution

Modifier	Constructor	Description
	WFNTransition(WorkflowNet workflowNet, String name, Distribution distribution, TimingStrategy timing, int servers, int priority, double weight)	Create a new WFNTransition.

Uses of Distribution in jline.lang

Fields in jline.lang declared as Distribution

Modifier and Type	Field	Description
final Distribution[][]	Environment.env

Fields in jline.lang with type parameters of type Distribution

Modifier and Type	Field	Description
Map<JobClass,Distribution>	NodeParam.patience	Patience distributions by job class for customer abandonment modeling

Methods in jline.lang that return Distribution

Modifier and Type	Method	Description
final Distribution	ServiceBinding.getDistribution()
Distribution	JobClass.getPatience()	Gets the global patience distribution for this job class.
Distribution	JobClass.getRetrialDelayDistribution()	Gets the global retrial delay distribution for this job class.
Distribution[]	Environment.getSmpArcs(int e)	The arcs of semi-Markov stage e as Smp_stage_cif takes them, or null for a Markovian stage (after init).
Distribution[]	Environment.getStageArcs(int e)	The transitions out of stage e in the form Smp_stage_cif takes: element h is the law of e->h or null where there is none (the self arc excluded).

Methods in jline.lang with parameters of type Distribution

Modifier and Type	Method	Description
void	Environment.addKernelTransition(int fromStageIdx, int toStageIdx, double prob, Distribution distrib)	Adds a KERNEL arc of the semi-Markov kernel Q(e,h,t) = prob * distrib(t): on entry to the source stage the next stage is the destination with probability prob, and the sojourn is then distributed as distrib.
void	Environment.addKernelTransition(int fromStageIdx, int toStageIdx, double prob, Distribution distrib, Environment.ResetQueueLengthsFunction resetFun)	Adds a kernel arc with a custom queue-length reset function; see Environment.addKernelTransition(int, int, double, Distribution).
void	Environment.addKernelTransition(int fromStageIdx, int toStageIdx, double prob, Distribution distrib, Environment.ResetQueueLengthsFunction resetFun, Environment.ResetEnvRatesFunction resetEnvRatesFun)	Adds a kernel arc with custom queue-length and environment-rate reset functions; see Environment.addKernelTransition(int, int, double, Distribution).
void	Environment.addTransition(int fromStageIdx, int toStageIdx, Distribution distrib)	Adds a transition between two stages with default reset function (identity).
void	Environment.addTransition(int fromStageIdx, int toStageIdx, Distribution distrib, Environment.ResetQueueLengthsFunction resetFun)	Adds a transition between two stages with a custom reset function.
void	Environment.addTransition(int fromStageIdx, int toStageIdx, Distribution distrib, Environment.ResetQueueLengthsFunction resetFun, Environment.ResetEnvRatesFunction resetEnvRatesFun)	Adds a transition between two stages with custom reset functions for both queue lengths and environment rates.
ProcessType	Network.getProcessType(Distribution distr)
void	JobClass.setPatience(ImpatienceType impatienceType, Distribution distribution)	Sets the global impatience type and distribution for this job class.
void	JobClass.setPatience(Distribution distribution)	Sets the global patience distribution for this job class.
void	JobClass.setRetrial(Distribution delayDistribution)	Sets the global retrial configuration with unlimited retry attempts.
void	JobClass.setRetrial(Distribution delayDistribution, int maxAttempts)	Sets the global retrial configuration for this job class.

Constructors in jline.lang with parameters of type Distribution

Modifier	Constructor	Description
	ServiceBinding(JobClass jobClass, ServiceStrategy serviceStrat, Distribution distribution)

Uses of Distribution in jline.lang.constant

Methods in jline.lang.constant with parameters of type Distribution

Modifier and Type	Method	Description
static ProcessType	ProcessType.fromDistribution(Distribution d)

Uses of Distribution in jline.lang.layered

Fields in jline.lang.layered declared as Distribution

Modifier and Type	Field	Description
protected Distribution	Task.delayOffTime
protected Distribution	Activity.hostDemand
protected Distribution	ItemEntry.popularity
protected Distribution	Task.setupTime
protected Distribution	Activity.thinkTime
protected Distribution	Task.thinkTime

Fields in jline.lang.layered with type parameters of type Distribution

Modifier and Type	Field	Description
Map<Integer,Distribution>	LayeredNetworkStruct.actthink	Deprecated.
Map<Integer,Distribution>	LayeredNetworkStruct.arrival	Deprecated.
Map<Integer,Distribution>	LayeredNetworkStruct.callproc	Deprecated.
Map<Integer,Distribution>	LayeredNetworkStruct.delayofftime	Deprecated.
Map<Integer,Distribution>	LayeredNetworkStruct.hostdem	Deprecated.
Map<Integer,Distribution>	LayeredNetworkStruct.setuptime	Deprecated.
Map<Integer,Distribution>	LayeredNetworkStruct.think	Deprecated.

Methods in jline.lang.layered that return Distribution

Modifier and Type	Method	Description
static Distribution	LayeredNetwork.callCountDist(double meanCalls)	Distribution of the number of calls issued per invocation.
Distribution	Entry.getArrival()	Gets the open arrival distribution for this entry.
Distribution	Task.getDelayOffTime()
Distribution	Activity.getHostDemand()
Distribution	ItemEntry.getPopularity()
Distribution	Task.getSetupTime()
Distribution	Activity.getThinkTime()
Distribution	Task.getThinkTime()	Think-time distribution, or null when none was set.
static Distribution	LayeredNetwork.reconstructDistribution(ProcessType type, Matrix params, Double mean, Double scv, MatrixCell proc)	Reconstruct a Distribution object from primitive parameters.

Methods in jline.lang.layered with parameters of type Distribution

Modifier and Type	Method	Description
Entry	Entry.setArrival(Distribution arrival)	Sets the open arrival process for this entry.
FunctionTask	FunctionTask.setDelayOffTime(Distribution delayOffTime)	Deprecated.
SetupTask	SetupTask.setDelayOffTime(Distribution delayOffTime)
Task	Task.setDelayOffTime(Distribution delayOffTime)	Set the delay-off time (teardown time) for the task.
void	Activity.setHostDemand(Distribution hostDemand)
FunctionTask	FunctionTask.setSetupTime(Distribution setupTime)	Deprecated.
SetupTask	SetupTask.setSetupTime(Distribution setupTime)
Task	Task.setSetupTime(Distribution setupTime)	Set the setup time (cold start time) for the task.
void	Activity.setThinkTime(Distribution thinkTime)
FunctionTask	FunctionTask.setThinkTime(Distribution thinkTime)	Deprecated.
SetupTask	SetupTask.setThinkTime(Distribution thinkTime)
Task	Task.setThinkTime(Distribution thinkTime)

Constructors in jline.lang.layered with parameters of type Distribution

Modifier	Constructor	Description
	Activity(LayeredNetwork model, String name, Distribution hostDemand)
	Activity(LayeredNetwork model, String name, Distribution hostDemand, String boundToEntry)
	Activity(LayeredNetwork model, String name, Distribution hostDemand, String boundToEntry, String callOrder)
	CacheTask(LayeredNetwork model, String name, int items, int[] itemLevelCap, ReplacementStrategy replacestrategy, int multiplicity, SchedStrategy scheduling, Distribution thinkTime)
	CacheTask(LayeredNetwork model, String name, int items, int itemLevelCap, ReplacementStrategy replacestrategy, int multiplicity, SchedStrategy scheduling, Distribution thinkTime)
	ItemEntry(LayeredNetwork model, String name, int cardinality, Distribution distribution)
	Task(LayeredNetwork model, String name, int multiplicity, SchedStrategy scheduling, Distribution thinkTime)

Uses of Distribution in jline.lang.nodeparam

Fields in jline.lang.nodeparam with type parameters of type Distribution

Modifier and Type	Field	Description
Map<JobClass,Distribution>	QueueNodeParam.delayoffTime	Delay-off (teardown) time distributions by job class.
List<Distribution>	QueueNodeParam.pollingTableSw	Switchover of the leg from each table position to the next, same length as QueueNodeParam.pollingTable; a null entry falls back to the QueueNodeParam.switchoverTime of the class at that position.
Map<JobClass,Distribution>	QueueNodeParam.pollingTimer	Visit-timer law per class (holding time, or target rotation time under GLOBAL).
Map<JobClass,Distribution>	QueueNodeParam.rrQuantum	Round-robin (RR) time-slice (quantum) distribution by job class, from Queue.setQuantum (Haverkort 1998, Sect.
Map<JobClass,Distribution>	QueueNodeParam.setupTime	Setup (cold-start) time distributions by job class.
Map<JobClass,Distribution>	QueueNodeParam.switchoverTime	Switchover time distributions by job class for polling servers.

Uses of Distribution in jline.lang.nodes

Fields in jline.lang.nodes declared as Distribution

Modifier and Type	Field	Description
protected Distribution	Source.markedProcess

Fields in jline.lang.nodes with type parameters of type Distribution

Modifier and Type	Field	Description
protected Map<JobClass,Distribution>	Queue.delayOffTimes	Per-class delay-off time distributions (idle time before power-off).
Map<Mode,Distribution>	Transition.distributions
protected Map<JobClass,Distribution>	Station.orbitImpatienceDistributions
protected Map<JobClass,Distribution>	Station.patienceDistributions
protected Map<JobClass,Distribution>	Station.retrialDelayDistributions
protected HashMap<JobClass,Distribution>	Place.serviceProcesses	Per-class service (queue) processes of the embedded queue; empty for ordinary places.
protected Map<JobClass,Distribution>	Queue.setupTimes	Per-class setup time distributions (server activation time).
protected Map<JobClass,Map<JobClass,Distribution>>	Station.switchoverTimes

Methods in jline.lang.nodes that return Distribution

Modifier and Type	Method	Description
Distribution	Source.getArrivalDistribution(JobClass jobClass)	Gets the arrival distribution for a specific job class.
final Distribution	Source.getArrivalProcess(JobClass jobClass)	Gets the arrival process distribution for a specific job class.
Distribution	Queue.getBreakdownFailure()	Time to failure of the server, or null when the server never fails.
Distribution	Queue.getBreakdownRepair()	Repair time of a down server, or null when the server never fails.
Distribution	Queue.getDelayOffTime(JobClass jobClass)	Gets the delay-off time distribution for a job class.
Distribution	Queue.getDownService(JobClass jobClass)	Service distribution used for a class while the server is down, or null when the server does not serve at all while down.
Distribution	Transition.getFiringDistribution(Mode m)
Distribution	Source.getMarkedProcess()
Distribution	Station.getOrbitImpatience(JobClass jobClass)	Gets the orbit impatience distribution for a specific job class.
Distribution	Station.getOrbitImpatienceLocal(JobClass jobClass)	Gets the station-specific orbit impatience distribution (without fallback).
Distribution	Station.getPatience(JobClass jobClass)	Gets the effective patience distribution for a specific job class.
Distribution	Station.getPatienceLocal(JobClass jobClass)	Gets the station-specific patience distribution (without fallback).
Distribution	Queue.getQuantum(JobClass jobclass)	Returns the quantum of a job class at a round-robin queue, or null if unset.
Distribution	Station.getRetrialDelayDistribution(JobClass jobClass)	Gets the effective retrial delay distribution for a specific job class.
Distribution	Station.getRetrialDelayDistributionLocal(JobClass jobClass)	Gets the station-specific retrial delay distribution (without fallback).
Distribution	Place.getService(JobClass jobClass)
Distribution	Queue.getService(JobClass jobClass)	Gets the service time distribution for a specific job class.
Distribution	Queue.getService(JobClass jobClass, ServerType serverType)	Gets the service time distribution for a specific job class and server type.
Distribution	Router.getServiceProcess(JobClass jobClass)	Gets the service distribution for a specific job class.
Distribution	ServiceNode.getServiceProcess(JobClass jobClass)
Distribution	ServiceStation.getServiceProcess(JobClass jobClass)
Distribution	Queue.getSetupTime(JobClass jobClass)	Gets the setup time distribution for a job class.
Distribution	Queue.getSwitchover(JobClass jobClass)	Gets the switchover time for a job class (POLLING scheduling strategy).
Distribution	Queue.getSwitchover(JobClass fromClass, JobClass toClass)	Gets the switchover time from one job class to another.
Distribution	Station.getSwitchoverTime(JobClass fromClass, JobClass toClass)	Gets the switchover time from one job class to another.
Distribution	Cache.popularityGet(int i)	Gets the popularity distribution for a linear index.
Distribution	Cache.popularityGet(int i, int j)	Gets the popularity distribution for a specific item class and job class.

Methods in jline.lang.nodes that return types with arguments of type Distribution

Modifier and Type	Method	Description
Map<ServerType,Map<JobClass,Distribution>>	Queue.getHeteroServiceDistributions()	Gets all heterogeneous service distributions for this queue.
List<Distribution>	Queue.getPollingTableSw()
Map<JobClass,Distribution>	Queue.getPollingTimer()

Methods in jline.lang.nodes with parameters of type Distribution

Modifier and Type	Method	Description
void	Cache.popularitySet(int i, int j, Distribution o)	Sets the popularity distribution for a specific item class and job class.
void	Cache.popularitySet(int i, Distribution o)	Sets the popularity distribution for a linear index.
void	Queue.setBreakdown(Distribution failureDistribution, Distribution repairDistribution)	Makes the server of this station subject to breakdowns, with no service at all while the server is down.
void	Queue.setBreakdown(Distribution failureDistribution, Distribution repairDistribution, Distribution downServiceDistribution)	Makes the server of this station subject to breakdowns.
void	Queue.setDelayOff(JobClass jobClass, Distribution setupTime, Distribution delayoffTime)	Sets the setup time and delay off time for a job class.
void	Transition.setDistribution(Mode mode, Distribution distribution)
void	Queue.setDownService(JobClass jobClass, Distribution downServiceDistribution)	Sets the degraded service distribution used for one class while the server is down.
void	Station.setOrbit(JobClass jobClass, Distribution retrialDistribution)	Declares an unbounded orbit with the classical per-customer (LINEAR) policy.
void	Station.setOrbit(JobClass jobClass, Distribution retrialDistribution, int policy)	Declares an unbounded orbit with the given retrial policy.
void	Station.setOrbit(JobClass jobClass, Distribution retrialDistribution, int policy, int maxOrbit)	Declares this station to be a retrial queue for a job class: a job that finds every server busy joins an orbit and re-attempts entry after a random delay, instead of waiting in a line.
void	Station.setOrbitImpatience(JobClass jobClass, Distribution distribution)	Sets the orbit impatience (abandonment) distribution for a specific job class.
void	Station.setPatience(JobClass jobClass, ImpatienceType impatienceType, Distribution distribution)	Sets the impatience type and distribution for a specific job class at this station.
void	Station.setPatience(JobClass jobClass, Distribution distribution)	Sets the patience distribution for a specific job class at this station.
void	Queue.setPollingTimer(Distribution dist)	Local holding timer DIST at every buffer.
void	Queue.setPollingTimer(Distribution dist, PollingTimer scope)	Timer DIST at every buffer with the given scope, non-preemptive.
void	Queue.setPollingTimer(Distribution dist, PollingTimer scope, boolean preemptive)	Time-limited visits (Haverkort sections 9.5, 9.6 and 16.2.2), the same timer law at every buffer.
void	Queue.setQuantum(JobClass jobclass, Distribution distrib)	Sets the time slice (quantum) of a round-robin queue for one job class.
void	Queue.setQuantum(Distribution distrib)	Sets the time slice (quantum) of a round-robin (SchedStrategy.RR) queue for every job class.
void	Cache.setRead(JobClass jobClass, Distribution distribution)
void	Cache.setReadItemEntry(JobClass jobClass, Distribution popularity, int cardinality)	Sets the read policy for a job class with explicit item cardinality.
void	Station.setRetrial(JobClass jobClass, Distribution delayDistribution)	Sets the retrial configuration with unlimited retry attempts.
void	Station.setRetrial(JobClass jobClass, Distribution delayDistribution, int maxAttempts)	Sets the retrial configuration for a specific job class at this station.
void	Place.setService(JobClass jobClass, Distribution distribution)	Assigns a service process to a token color, turning this ordinary place into a queueing place.
void	Queue.setService(JobClass jobClass, ServerType serverType, Distribution distribution)	Sets the service time distribution for a specific job class and server type.
void	Router.setService(JobClass jobClass, Distribution distribution)	Sets the service distribution for a specific job class.
void	ServiceNode.setService(JobClass jobClass, Distribution distribution)
void	ServiceNode.setService(JobClass jobClass, Distribution distribution, double weight)
void	ServiceStation.setService(JobClass jobClass, Distribution distribution)
void	ServiceStation.setService(JobClass jobClass, Distribution distribution, double weight)
void	Queue.setSwitchover(JobClass fromClass, JobClass toClass, Distribution switchoverTime)	Sets the switchover time from one job class to another (for general scheduling strategies).
void	Queue.setSwitchover(JobClass jobClass, Distribution switchoverTime)	Sets the switchover time for a job class (only valid for POLLING scheduling strategy).
void	Station.setSwitchoverTime(JobClass fromClass, JobClass toClass, Distribution switchoverTime)	Sets the switchover time from one job class to another.

Method parameters in jline.lang.nodes with type arguments of type Distribution

Modifier and Type	Method	Description
void	Queue.setPollingTable(int[] table, List<Distribution> swlegs)	Polling table given as 0-based class indices, with per-position legs.
void	Queue.setPollingTimer(Map<JobClass,Distribution> dists)	Local holding timer with one law per class.
void	Queue.setPollingTimer(Map<JobClass,Distribution> dists, PollingTimer scope)	One timer law per class with the given scope, non-preemptive.
void	Queue.setPollingTimer(Map<JobClass,Distribution> dists, PollingTimer scope, boolean preemptive)	One timer law per class (every class must have one).

Uses of Distribution in jline.lang.processes

Subclasses of Distribution in jline.lang.processes

Modifier and Type	Class	Description
class	APH	An acyclic phase type distribution
class	Bernoulli	A Bernoulli distribution for modeling binary random variables.
class	Binomial	A Binomial distribution
class	BMAP	A Batch Markovian Arrival Process (BMAP) BMAP is a point process where arrivals occur in batches.
class	BMMAPt	BATCH, MARKED, time-inhomogeneous Markovian arrival process (BMMAP_t).
class	CME	A Concentrated Matrix Exponential (CME) distribution.
class	ContinuousDistribution	An abstract class for continuous distributions
class	Cox2	A Coxian distribution with 2 phases.
class	Coxian	A general Coxian distribution with n phases.
class	Defective	A defective law: infinite with probability pInf, otherwise distributed as an inner continuous law G, so F(t) = (1-pInf) G(t) tends to 1-pInf < 1.
class	Det	A Deterministic distribution taking a single constant value.
class	Disabled	A special distribution to denote disabled service or arrival.
class	DiscreteDistribution	An abstract class for discrete distributions.
class	DiscreteSampler	A class for discrete distributions specified from the probability mass function
class	DiscreteUniform	A discrete distribution that samples uniformly among a set of elements.
class	DMAP	A Discrete Markovian Arrival Process (DMAP).
class	EmpiricalCDF	Empirical CDF for a distribution.
class	Erlang	An Erlang-n distribution with n phases.
class	Exp	An exponential distribution.
class	Expolynomial	Expolynomial distribution with density f(x) = sum ci * x^ai * exp(-li*x).
class	Gamma	A Gamma distribution.
class	Geometric	A Geometric distribution.
class	GMM	A Gaussian Mixture Model (GMM) distribution.
class	HyperExp	A hyper-exponential distribution.
class	Immediate	An Immediate distribution that always samples 0.
class	LogLogistic	Log-logistic (Fisk) distribution with scale alpha (the median) and shape beta, F(t) = 1 / (1 + (t/alpha)^(-beta)) for t >= 0.
class	Lognormal	A Lognormal distribution.
class	MAP	A Markovian Arrival Process
class	MAPt	Time-inhomogeneous Markovian arrival process (MAP_t).
class	Marked	An abstract class for marked point processes
class	MarkedMAP	A Marked Markovian Arrival Process
class	MarkedMMPP	A Marked Markov-Modulated Poisson Process (M3PP)
class	Markovian	An abstract class for a Markovian distribution
class	MarkovModulated	An abstract class for a Markov-modulated point-process
class	MassAtOrigin	A law with an atom of probability p0 at zero, otherwise distributed as an inner continuous law G: F(t) = p0 + (1-p0) G(t), t >= 0.
class	ME	A Matrix Exponential (ME) distribution.
class	MMAP	A Marked Markovian Arrival Process (MMAP) MMAP is a point process where arrivals are categorized into K different types (marks).
class	MMAPt	Time-inhomogeneous MARKED Markovian arrival process (MMAP_t).
class	MMDP	A Markov-Modulated Deterministic Process (MMDP) for fluid queue modeling.
class	MMDP2	A 2-state Markov-Modulated Deterministic Process.
class	MMPP2	A Markovian-modulated Poisson Process with 2 states
class	MPH	A Marked Phase-Type distribution (MPH).
class	MPHt	Time-inhomogeneous MARKED phase-type distribution (MPH_t).
class	MultivariateNormal	A multivariate normal (Gaussian) distribution.
class	NHPP	A non-homogeneous Poisson process (NHPP) with a piecewise-constant intensity.
class	NNPP	A nonstationary non-Poisson arrival process (NNPP) generated by thinning.
class	Normal	A normal (Gaussian) distribution.
class	Pareto	A Pareto distribution
class	PH	A general phase-type (PH) distribution
class	PHt	Time-inhomogeneous phase-type distribution (Ph_t).
class	Poisson	A Poisson discrete distribution
class	Prior	Prior distribution representing parameter uncertainty over alternative distributions.
class	RAP	A Rational Arrival Process (RAP) distribution.
class	Replayer	A distribution that replays empirical data values from trace files.
class	Trace	Alias for the Replayer class
class	Uniform	A continuous Uniform distribution
class	Weibull	A Weibull distribution
class	Zipf	A Zipf-like probability distribution

Fields in jline.lang.processes with type parameters of type Distribution

Modifier and Type	Field	Description
protected List<Distribution>	Prior.distributions	Cell array of alternative distributions
final List<Distribution>	Prior.Design.dists	The concrete distribution of each design point.

Methods in jline.lang.processes that return Distribution

Modifier and Type	Method	Description
Distribution	Prior.getAlternative(int idx)	Returns the distribution at the specified index.
Distribution	Defective.getInner()
Distribution	MassAtOrigin.getInner()
static Distribution	DistributionScaling.scaleRate(Distribution distrib, double factor)	Returns a new distribution whose rate is factor times the rate of distrib, i.e.

Methods in jline.lang.processes that return types with arguments of type Distribution

Modifier and Type	Method	Description
List<Distribution>	Prior.getDistributions()	Returns the list of all distributions.

Methods in jline.lang.processes with parameters of type Distribution

Modifier and Type	Method	Description
static boolean	Prior.isPriorDistribution(Distribution dist)	Static method to check if a distribution is a Prior.
static Distribution	DistributionScaling.scaleRate(Distribution distrib, double factor)	Returns a new distribution whose rate is factor times the rate of distrib, i.e.

Constructors in jline.lang.processes with parameters of type Distribution

Modifier	Constructor	Description
	Defective(Distribution dist, double pInf)
	MassAtOrigin(Distribution dist, double p0)
	Prior(Distribution[] distributions, double[] probabilities)	Convenience constructor for array-based input.

Constructor parameters in jline.lang.processes with type arguments of type Distribution

Modifier	Constructor	Description
	Design(List<Distribution> dists, double[] weights)
	Prior(List<Distribution> distributions, double[] probabilities)	Creates a Prior distribution with specified alternatives and probabilities.

Uses of Distribution in jline.lang.sections

Methods in jline.lang.sections that return Distribution

Modifier and Type	Method	Description
Distribution	ServiceSection.getServiceDistribution(JobClass jobClass)
Distribution	PollingServer.getSwitchover(JobClass jobClass)	Gets the switchover time for a job class.

Methods in jline.lang.sections with parameters of type Distribution

Modifier and Type	Method	Description
void	PollingServer.setSwitchover(JobClass jobClass, Distribution switchoverTime)	Sets the switchover time for a job class.

Uses of Distribution in jline.lang.state

Methods in jline.lang.state with parameters of type Distribution

Modifier and Type	Method	Description
static boolean	RoundRobin.isPhaseType(Distribution d)	True when the distribution is a renewal phase-type law with a state-space form.

Uses of Distribution in jline.lang.workflow

Methods in jline.lang.workflow that return Distribution

Modifier and Type	Method	Description
Distribution	WorkflowActivity.getHostDemand()

Methods in jline.lang.workflow with parameters of type Distribution

Modifier and Type	Method	Description
WorkflowActivity	Workflow.addActivity(String name, Distribution hostDemand)
void	Workflow.setActivityDemand(String name, Distribution hostDemand)	Change the host demand of one activity, marking only that leaf dirty.
void	WorkflowActivity.setHostDemand(Distribution hostDemand)

Constructors in jline.lang.workflow with parameters of type Distribution

Modifier	Constructor	Description
	WorkflowActivity(Workflow workflow, String name, Distribution hostDemand)

Uses of Distribution in jline.solvers.ldes.handlers

Constructors in jline.solvers.ldes.handlers with parameters of type Distribution

Modifier	Constructor	Description
	DistributionGen(umontreal.ssj.rng.RandomStream stream, Distribution dist)

Uses of Distribution in jline.solvers.ln

Fields in jline.solvers.ln with type parameters of type Distribution

Modifier and Type	Field	Description
Map<Integer,Distribution>	SolverLN.callservtproc
Map<Integer,Distribution>	SolverLN.LNState.callservtproc
Map<Integer,Distribution>	SolverLN.LNState.servtproc
Map<Integer,Distribution>	SolverLN.servtproc
Map<Integer,Distribution>	SolverLN.thinkproc
Map<Integer,Distribution>	SolverLN.LNState.thinktproc
Map<Integer,Distribution>	SolverLN.thinktproc
Map<Integer,Distribution>	SolverLN.LNState.tputproc
Map<Integer,Distribution>	SolverLN.tputproc