Uses of Class
desmoj.core.dist.NumericalDist

Packages that use NumericalDist

Package	Description
desmoj.core.dist	Distributions to model stochastic effects.
desmoj.core.simulator	The core simulation infrastructure and basic components.
desmoj.extensions.applicationDomains.harbour	Example model components for harbour terminal simulation.
desmoj.extensions.applicationDomains.production	Example model components for production system simulation.
desmoj.extensions.chaining	Chaining components, e.g. for generic production systems.
desmoj.extensions.chaining.abstractions	Abstractions of the chaining components from desmoj.extensions.chaining.

Uses of NumericalDist in desmoj.core.dist

Subclasses of NumericalDist in desmoj.core.dist

Modifier and Type	Class and Description
class	ContDist Superclass for all distributions returning (near-)continuous samples of type Double.
class	ContDistAggregate Aggregate Distribution composed of a list of input Distributions.
class	ContDistBeta Distribution returning Beta distributed double values.
class	ContDistConstant This constant "pseudo"-distribution returns a single constant predefined value of type Double.
class	ContDistCustom Distribution returning values according to a user-specified distribution function.
class	ContDistEmpirical
class	ContDistErlang Erlang distributed stream of pseudo random numbers of type double.
class	ContDistExponential Negative-exponentially distributed stream of pseudo random numbers of type double.
class	ContDistGamma Distribution returning gamma distributed double values.
class	ContDistNormal This hybrid class is able to produce either a normally "Gaussian" distributed stream of pseudo random numbers of type double (also referred to as "symmetric normal distribution" for clarity) or an "asymmetric normal distribution" in which different standard variance values are assumed on both sides of the mode.
class	ContDistTriangular Distribution returning triangular distributed double values.
class	ContDistUniform Uniformly distributed stream of pseudo random numbers of type double.
class	ContDistWeibull Weibull-distributed stream of pseudo random numbers of type double.
class	DiscreteDist<N extends java.lang.Number> Superclass for all distributions returning discrete samples of arbitrary numerical type.
class	DiscreteDistBinomial Distribution returning binomial distributed long values.
class	DiscreteDistConstant<N extends java.lang.Number> This constant "pseudo"-distribution returns a single constant predefined value of type N.
class	DiscreteDistEmpirical<N extends java.lang.Number> Empirically distributed stream of pseudo random numbers of a custom type.
class	DiscreteDistGeo Distribution returning Geometrically distributed int values.
class	DiscreteDistHypergeo Distribution returning hypergeometrically distributed long values.
class	DiscreteDistPoisson Poisson distributed stream of pseudo random integer numbers.
class	DiscreteDistUniform Uniformly distributed stream of pseudo random numbers of type long.

Methods in desmoj.core.dist that return types with arguments of type NumericalDist

Modifier and Type	Method and Description
java.util.List<NumericalDist<?>>	ContDistAggregate.getDists() Returns the first input distribution.

Constructors in desmoj.core.dist with parameters of type NumericalDist

Constructor and Description
ContDistAggregate(Model owner, java.lang.String name, NumericalDist<?> dist1, NumericalDist<?> dist2, Operator operator, boolean showInReport, boolean showInTrace) Creates a stream of pseudo random numbers following a distribution that is specified by two other distributions and an operator to aggregate them.
ContDistAggregate(Model owner, java.lang.String name, NumericalDist<?> dist1, NumericalDist<?> dist2, Operator operator, boolean showInReport, boolean showInTrace) Creates a stream of pseudo random numbers following a distribution that is specified by two other distributions and an operator to aggregate them.

Constructor parameters in desmoj.core.dist with type arguments of type NumericalDist

Constructor and Description
ContDistAggregate(Model owner, java.lang.String name, java.util.List<NumericalDist<?>> dists, Operator operator, boolean showInReport, boolean showInTrace) Creates a stream of pseudo random numbers following a distribution that is specified by a list of other distributions and an operator to aggregate them.

Uses of NumericalDist in desmoj.core.simulator

Methods in desmoj.core.simulator that return NumericalDist

Modifier and Type	Method and Description
NumericalDist<java.lang.Double>	ArrivalProcess.getArrivalRate() Returns the rate (frequency) at which the SimProcesses arrive at the system.

Methods in desmoj.core.simulator with parameters of type NumericalDist

Modifier and Type	Method and Description
void	SimProcess.hold(NumericalDist<?> dist) Passivates a SimProcess for span of time sampled from the distribution provided to the method.
void	EventOf3Entities.schedule(E who1, F who2, G who3, NumericalDist<?> dist) Schedules this event to act on the given entities at the specified point in simulation time determined by a sample from the distribution provided to the method.
void	EventOf2Entities.schedule(E who1, F who2, NumericalDist<?> dist) Schedules this event to act the given entities at the specified point in simulation time determined by a sample from the distribution provided to the method.
void	Event.schedule(E who, NumericalDist<?> dist) Schedules this event to act on the given Entity at a point in simulation time determined by a sample from the distribution provided to the method.
void	ExternalEvent.schedule(NumericalDist<?> dist) Schedules this external event to make the desired changes to the experiment or model.

Constructors in desmoj.core.simulator with parameters of type NumericalDist

Constructor and Description
ArrivalProcess(Model owner, java.lang.String name, NumericalDist<java.lang.Double> arrivalRate, boolean showInTrace) Constructor for an ArrivalProcess to make a certain kind of SimProcess arrive automatically in the system at a given rate.

Uses of NumericalDist in desmoj.extensions.applicationDomains.harbour

Methods in desmoj.extensions.applicationDomains.harbour with parameters of type NumericalDist

Modifier and Type	Method and Description
void	Loading.setLoadTimeStream(NumericalDist<?> loadTimeStream) Sets the loadTimeStream to a new RealDist random number stream.
void	Unloading.setUnloadTimeStream(NumericalDist<?> unloadTimeStream) Sets the unloadTimeStream to a new RealDist random number stream.

Constructors in desmoj.extensions.applicationDomains.harbour with parameters of type NumericalDist

Constructor and Description
Loading(Model owner, java.lang.String name, NumericalDist<?> loadTimeStream, boolean showInTrace) Constructs a Loading process where a master ( InternalTransporter) or Crane is loading slave (Truck or InternalTransporter) in a cooperate process.
Unloading(Model owner, java.lang.String name, NumericalDist<?> unloadTimeStream, boolean showInTrace) Constructs an Unloading process where a master ( InternalTransporter) or Crane is unloading slave (Truck or InternalTransporter) in a cooperate process.

Uses of NumericalDist in desmoj.extensions.applicationDomains.production

Methods in desmoj.extensions.applicationDomains.production that return NumericalDist

Modifier and Type	Method and Description
NumericalDist<?>	DemandProcess.getDemandInterval() Returns the random number distribution determining the intervals in which the demand occurs.
NumericalDist<java.lang.Long>	DemandProcess.getDemandQuantity() Returns the random number distribution determining the demand (quantity).
NumericalDist<?>	RestockProcessMS.getLeadTime() Returns the random number distribution for the lead time (time between placement and receipt of an order).
NumericalDist<?>	RestockProcessMT.getLeadTime() Returns the random number distribution for the lead time (time between placement and receipt of an order).
NumericalDist<?>	RestockProcessQS.getLeadTime() Returns the random number distribution for the lead time (time between placement and receipt of an order).
NumericalDist<?>	RestockProcessQT.getLeadTime() Returns the random number distribution for the lead time (time between placement and receipt of an order).

Methods in desmoj.extensions.applicationDomains.production with parameters of type NumericalDist

Modifier and Type	Method and Description
void	DemandProcess.setDemandInterval(NumericalDist<?> newDemandInterval) Sets the intervals in which the demand occurs to the new given random number distribution.
void	DemandProcess.setDemandQuantity(NumericalDist<java.lang.Long> newDemandQuantity) Sets the demand (quantity) to the new given random number distribution.
void	RestockProcessMS.setLeadTime(NumericalDist<?> newLeadTime) Set the lead time to a new real random number distribution.
void	RestockProcessQS.setLeadTime(NumericalDist<?> newLeadTime) Set the lead time to a new real random number distribution.
void	RestockProcessMT.setLeadTime(NumericalDist<java.lang.Double> newLeadTime) Set the lead time to a new real random number distribution.
void	RestockProcessQT.setLeadTime(NumericalDist<java.lang.Double> newLeadTime) Set the lead time to a new real random number distribution.
void	Processing.setProcessingTimeStream(NumericalDist<?> newProcessingTimeStream) Sets the processingTimeStream to a new RealDist random number stream.
void	Transportation.setTransportTimeStream(NumericalDist<?> newTransportTimeStream) Sets the transportTimeStream to a new RealDist random number stream.

Constructors in desmoj.extensions.applicationDomains.production with parameters of type NumericalDist

Constructor and Description
DemandProcess(Model owner, java.lang.String name, Entrepot supplier, NumericalDist<java.lang.Long> quantity, NumericalDist<?> interval, boolean showInTrace) Constructor of a DemandProcess.
DemandProcess(Model owner, java.lang.String name, Entrepot supplier, NumericalDist<java.lang.Long> quantity, NumericalDist<?> interval, boolean showInTrace) Constructor of a DemandProcess.
Processing(Model owner, java.lang.String name, NumericalDist<?> processTimeStream, boolean showInTrace) Constructs a Processing process where a master (Worker or MachineProcess) is processing slaves ( SimPorcess es) in a cooperate manufacturing process.
RestockProcessMS(Model owner, java.lang.String name, long mil, long safetyStk, Stock client, NumericalDist<?> lt, boolean showInTrace) Constructs a RestockProcessMS which restocks a client Stock up to a maximum inventory level every time the safety stock is reached.
RestockProcessMT(Model owner, java.lang.String name, long mil, TimeSpan t, Stock client, NumericalDist<?> lt, boolean showInTrace) Constructs a RestockProcessMT which restocks a client Stock after a fixed time period up to a maximum inventory level.
RestockProcessQS(Model owner, java.lang.String name, long q, long safetyStk, Stock client, NumericalDist<?> lt, boolean showInTrace) Constructs a RestockProcessQS which restocks a client Stock after a fixed time period up to a maximum inventory level.
RestockProcessQT(Model owner, java.lang.String name, long q, TimeSpan t, Stock client, NumericalDist<?> lt, boolean showInTrace) Constructs a RestockProcessQT which restocks a client Stock after a fixed time period with a fixed quantity of units.
SimpleTransporter(Model owner, java.lang.String name, int minLoad, int capac, Transportation transport, TransportJunction homeBase, NumericalDist<?> returnTime, boolean showInTrace) Constructs a SimpleTransporter which will carry around goods in a manufacturing system, from and to a certain TransportJunction.
SimpleTransporter(Model owner, java.lang.String name, int capac, Transportation transport, TransportJunction homeBase, NumericalDist<?> returnTime, boolean showInTrace) Constructs a SimpleTransporter which will carry around goods in a manufacturing system, from and to a certain TransportJunction.
Transportation(Model owner, java.lang.String name, NumericalDist<?> transportTimeStream, boolean showInTrace) Constructs a Transportation process where a master ( Transporter) is transporting slaves ( SimPorcess es) in a cooperate process.
TransportTerminal(Model owner, java.lang.String name, int numOfTransp, int capac, int minLoad, NumericalDist<?> transportTimeStream, NumericalDist<?> returnTime, int mSortOrder, int mQCapacity, int sSortOrder, int sQCapacity, Transportation transportation, boolean showInReport, boolean showInTrace) Constructor for a simple TransportTerminal where a given number of SimpleTransporter s wait for goods to carry them to their destination.
TransportTerminal(Model owner, java.lang.String name, int numOfTransp, int capac, int minLoad, NumericalDist<?> transportTimeStream, NumericalDist<?> returnTime, int mSortOrder, int mQCapacity, int sSortOrder, int sQCapacity, Transportation transportation, boolean showInReport, boolean showInTrace) Constructor for a simple TransportTerminal where a given number of SimpleTransporter s wait for goods to carry them to their destination.
TransportTerminal(Model owner, java.lang.String name, int numOfTransp, int capac, NumericalDist<?> transportTimeStream, NumericalDist<?> returnTime, boolean showInReport, boolean showInTrace) Constructor for a simple TransportTerminal where a given number of SimpleTransporter s wait for goods to carry them to their destination.
TransportTerminal(Model owner, java.lang.String name, int numOfTransp, int capac, NumericalDist<?> transportTimeStream, NumericalDist<?> returnTime, boolean showInReport, boolean showInTrace) Constructor for a simple TransportTerminal where a given number of SimpleTransporter s wait for goods to carry them to their destination.

Uses of NumericalDist in desmoj.extensions.chaining

Constructors in desmoj.extensions.chaining with parameters of type NumericalDist

Constructor and Description
Merger(MergerConfig<EIn> mergerConfig, int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the mergerconfig, the given times, initializes the queues and fills the free service capacity queue.
Merger(MergerConfig<EIn> mergerConfig, int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the mergerconfig, the given times, initializes the queues and fills the free service capacity queue.
Merger(MergerConfig<EIn> mergerConfig, int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the mergerconfig, the given times, initializes the queues and fills the free service capacity queue.
Merger(MergerConfig<EIn> mergerConfig, int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the mergerconfig, the given times, initializes the queues and fills the free service capacity queue.
ServiceStation(int incomingBufferQueueCapacity, int maxEntitiesToHandel, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
ServiceStation(int incomingBufferQueueCapacity, int maxEntitiesToHandel, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
ServiceStation(int incomingBufferQueueCapacity, int maxEntitiesToHandel, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
ServiceStation(int incomingBufferQueueCapacity, int maxEntitiesToHandel, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Sink(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Sink(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Sink(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Source(int maxEntitiesToProduce, int parallelProducedEntities, NumericalDist<?> setupTime, NumericalDist<?> productionTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Source(int maxEntitiesToProduce, int parallelProducedEntities, NumericalDist<?> setupTime, NumericalDist<?> productionTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Source(int maxEntitiesToProduce, int parallelProducedEntities, NumericalDist<?> setupTime, NumericalDist<?> productionTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Source(int maxEntitiesToProduce, int parallelProducedEntities, NumericalDist<?> setupTime, NumericalDist<?> productionTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Splitter(java.util.List<SplitterOutput<EIn,? extends EEx>> outputConfigurations, int incomingBufferQueueCapacity, int maxEntitiesToHandel, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Splitter(java.util.List<SplitterOutput<EIn,? extends EEx>> outputConfigurations, int incomingBufferQueueCapacity, int maxEntitiesToHandel, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Splitter(java.util.List<SplitterOutput<EIn,? extends EEx>> outputConfigurations, int incomingBufferQueueCapacity, int maxEntitiesToHandel, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
SplitterOutput(Model owner, java.lang.String name, int numberOfOutputPartsPerOriginalEntity, NumericalDist<?> transportTime) Constructor to create a Splitteroutput which can be added to an List which than can passed to the Splitter
Transformer(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) * This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Transformer(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) * This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Transformer(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) * This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Transformer(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) * This Constructor sets the given times, initializes the queues and fills the free service capacity queue.

Uses of NumericalDist in desmoj.extensions.chaining.abstractions

Constructors in desmoj.extensions.chaining.abstractions with parameters of type NumericalDist

Constructor and Description
Station(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Station(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Station(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.
Station(int incomingBufferQueueCapacity, int maxEntitiesToHandle, int parallelHandledEntities, NumericalDist<?> setupTime, NumericalDist<?> serviceTime, NumericalDist<?> recoveryTime, NumericalDist<?> transportTime, Model owner, java.lang.String name, boolean showInReport, boolean showInTrace) This Constructor sets the given times, initializes the queues and fills the free service capacity queue.