Uses of Class
jline.lang.nodes.Node

Packages that use Node

Package	Description
jline.api.rl
jline.inference.lang
jline.io.tikz	TikZ visualization package for LINE queueing networks.
jline.lang	Abstractions to declare basic elements of a model.
jline.lang.nodes	This package contains the classes used the specify Network objects
jline.lang.sections	Classes that model the individual sections that form a Network node
jline.solvers	Solver superclasses and related data structures.
jline.solvers.auto	Automatic solver selection and configuration for queueing networks.
jline.solvers.ctmc	This package provides an implementation of SolverCTMC.
jline.solvers.jmt	This package provides an implementation of SolverJMT.
jline.solvers.nc	This package provides an implementation of SolverNC.
jline.solvers.ssa	This package provides an implementation of SolverSSA.

Uses of Node in jline.api.rl

Method parameters in jline.api.rl with type arguments of type Node

Modifier and Type	Method	Description
boolean	RlEnv.isInActionSpace(List<Node> nodes)
boolean	RlEnv.isInStateSpace(List<Node> nodes)

Uses of Node in jline.inference.lang

Fields in jline.inference.lang declared as Node

Modifier and Type	Field	Description
final Node	ConditionEvent.node
final Node	SampledMetric.node

Methods in jline.inference.lang that return Node

Modifier and Type	Method	Description
Node	ConditionEvent.getNode()
Node	SampledMetric.getNode()

Methods in jline.inference.lang with parameters of type Node

Modifier and Type	Method	Description
SampledMetric	ParamEstimator.getAggrQLen(Node node)
SampledMetric	ParamEstimator.getAggrQLen(Node node, ConditionEvent ev)
SampledMetric	ParamEstimator.getAggrUtil(Node node)
SampledMetric	ParamEstimator.getArvR(Node node, JobClass jobClass)
List<SampledMetric>	ParamEstimator.getQLen(Node node, JobClass jobClass)
List<SampledMetric>	ParamEstimator.getQLen(Node node, JobClass jobClass, ConditionEvent ev)
SampledMetric	ParamEstimator.getRespT(Node node, JobClass jobClass)
SampledMetric	ParamEstimator.getTput(Node node, JobClass jobClass)
SampledMetric	ParamEstimator.getUtil(Node node, JobClass jobClass)

Constructors in jline.inference.lang with parameters of type Node

Modifier	Constructor	Description
	ConditionEvent(Node node, JobClass jobClass, Object event)
	SampledMetric(MetricType type, double[] t, double[] data, Node node)
	SampledMetric(MetricType type, double[] t, double[] data, Node node, JobClass jobClass)

Uses of Node in jline.io.tikz

Methods in jline.io.tikz that return types with arguments of type Node

Modifier and Type	Method	Description
Map<Node,double[]>	TikZLayoutEngine.getAllPositions()	Gets all computed positions.
List<List<Node>>	TikZLayoutEngine.getLayers()	Gets the layers (for debugging/testing).

Methods in jline.io.tikz with parameters of type Node

Modifier and Type	Method	Description
List<double[]>	TikZEdgeRouter.computeWaypoints(Node from, Node to, List<Node> allNodes)	Computes waypoints for an edge to avoid overlapping nodes.
double[]	TikZLayoutEngine.getPosition(Node node)	Gets the computed position for a node.
boolean	TikZEdgeRouter.isSelfLoop(Node from, Node to)	Checks if this edge is a self-loop.
String	TikZNodeRenderer.renderConnection(Node fromNode, Node toNode, double prob)	Renders a connection between two nodes.
String	TikZNodeRenderer.renderCurvedConnection(Node fromNode, Node toNode, double prob, double bendAngle)	Renders a curved connection for parallel paths (e.g., fork-join).
String	TikZNodeRenderer.renderNode(Node node, double x, double y)	Renders a node at the given position.

Method parameters in jline.io.tikz with type arguments of type Node

Modifier and Type	Method	Description
List<double[]>	TikZEdgeRouter.computeWaypoints(Node from, Node to, List<Node> allNodes)	Computes waypoints for an edge to avoid overlapping nodes.

Constructor parameters in jline.io.tikz with type arguments of type Node

Modifier	Constructor	Description
	TikZEdgeRouter(Map<Node,double[]> positions, TikZOptions options)

Uses of Node in jline.lang

Fields in jline.lang with type parameters of type Node

Modifier and Type	Field	Description
Map<Node,NodeParam>	NetworkStruct.nodeparam
List<Node>	Network.nodes
List<Node>	NetworkStruct.nodes
List<Node>	Region.nodes
protected SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double>	Event.probFun
protected SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double>	Event.probFun
Map<Node,Map<JobClass,RoutingStrategy>>	NetworkStruct.routing
Map<Node,Map<Node,Matrix>>	Network.routingMatrixReturn.rtNodesByStation
Map<Node,Map<Node,Matrix>>	Network.routingMatrixReturn.rtNodesByStation

Methods in jline.lang that return Node

Modifier and Type	Method	Description
Node	OutputStrategy.getDestination()
Node	Network.getNodeByIndex(int idx)
Node	Network.getNodeByName(String name)
Node	Network.getNodeByStatefulIndex(int idx)
Node	Network.getStatefulNodeFromIndex(int inIdx)
Node	Network.getStationFromIndex(int inIdx)

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

Modifier and Type	Method	Description
List<Node>	Network.getNodes()	Returns the list of all nodes in this network.
List<Node>	Region.getNodes()
SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double>	Event.getProbFun()	Gets the probability function used to dynamically compute event probability.
SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double>	Event.getProbFun()	Gets the probability function used to dynamically compute event probability.
List<Node>	Network.resetNetwork(boolean deleteCSNodes)	Resets the topology of the current network

Methods in jline.lang with parameters of type Node

Modifier and Type	Method	Description
void	RoutingMatrix.addConnection(JobClass originClass, JobClass targetClass, Node sourceNode, Node destNode, double probability)
void	RoutingMatrix.addConnection(Node sourceNode, Node destNode)
void	RoutingMatrix.addConnection(Node sourceNode, Node destNode, double probability)
void	RoutingMatrix.addConnection(Node sourceNode, Node destNode, JobClass jobClass)
void	RoutingMatrix.addConnection(Node sourceNode, Node destNode, JobClass jobClass, double probability)
void	RoutingMatrix.addConnection(Node sourceNode, Node destNode, JobClass originClass, JobClass targetClass)
void	RoutingMatrix.addConnection(Node sourceNode, Node destNode, JobClass originClass, JobClass targetClass, double probability)
void	Network.addLink(Node sourceNode, Node destNode)
void	Network.addLinks(Node[][] links)
boolean	Network.addNode(Node node)	Adds a node to this network.
void	RoutingMatrix.addNode(Node node)
void	Environment.addNodeBreakdown(Network baseModel, Node node, Markovian breakdownDist, Markovian downServiceDist)	Adds a breakdown stage for a specific node in the network.
void	Environment.addNodeBreakdown(Network baseModel, Node node, Markovian breakdownDist, Markovian downServiceDist, Environment.ResetQueueLengthsFunction resetFun)	Adds a breakdown stage for a specific node with a custom reset policy.
void	Environment.addNodeFailureRepair(Network baseModel, Node node, Markovian breakdownDist, Markovian repairDist, Markovian downServiceDist)	Convenience method to add both breakdown and repair for a node.
void	Environment.addNodeFailureRepair(Network baseModel, Node node, Markovian breakdownDist, Markovian repairDist, Markovian downServiceDist, Environment.ResetQueueLengthsFunction resetBreakdown, Environment.ResetQueueLengthsFunction resetRepair)	Adds both breakdown and repair for a node with custom reset policies.
void	Environment.addNodeRepair(Node node, Markovian repairDist)	Adds a repair transition from DOWN to UP stage for a previously added breakdown.
void	Environment.addNodeRepair(Node node, Markovian repairDist, Environment.ResetQueueLengthsFunction resetFun)	Adds a repair transition with a custom reset policy.
double	RoutingMatrix.get(JobClass jobclass1, JobClass jobclass2, Node node1, Node node2)
int	Network.getClassLinks(Node node, JobClass jobClass)
int	Network.getNodeIndex(Node node)
int	RoutingMatrix.getNodeIndex(Node node)
RoutingStrategy	Network.getRoutingStrategyFromNodeAndClassPair(Node node, JobClass c)
int	Network.getStatefulNodeIndex(Node node)
int	Network.getStationIndex(Node node)
boolean	JobClass.isReferenceStation(Node node)	Checks if the specified node is the reference station for this class.
static RoutingMatrix	Network.serialRouting(List<JobClass> jobClasses, Node... nodes)	Creates a serial routing matrix connecting nodes in sequence.
static RoutingMatrix	Network.serialRouting(JobClass jobClass, Node... nodes)	Creates a serial routing matrix for a single job class.
static RoutingMatrix	Network.serialRouting(Node... nodes)	Creates a serial routing matrix for all job classes in the network.
void	RoutingMatrix.set(JobClass jobclass1, JobClass jobclass2, Node srcNode, Node destNode, double probability)
void	RoutingMatrix.set(JobClass jobclass1, Node srcNode, Node destNode, double probability)
void	RoutingMatrix.set(Node srcNode, Node destNode)
void	RoutingMatrix.set(Node srcNode, Node destNode, double probability)
void	Environment.setBreakdownResetPolicy(Node node, Environment.ResetQueueLengthsFunction resetFun)	Sets the reset policy for queue lengths when a node breaks down.
void	OutputStrategy.setDestination(Node destination)
void	Environment.setRepairResetPolicy(Node node, Environment.ResetQueueLengthsFunction resetFun)	Sets the reset policy for queue lengths when a node is repaired.

Method parameters in jline.lang with type arguments of type Node

Modifier and Type	Method	Description
Region	Network.addRegion(List<Node> nodes)	Adds a finite capacity region to this network.
double	Event.getProb(Pair<Map<Node,Matrix>,Map<Node,Matrix>> state)	Computes the probability of this event using the probability function and current system state.
double	Event.getProb(Pair<Map<Node,Matrix>,Map<Node,Matrix>> state)	Computes the probability of this event using the probability function and current system state.
static RoutingMatrix	Network.serialRouting(List<Node> nodes)	Creates a serial routing matrix for all job classes in the network.
static RoutingMatrix	Network.serialRouting(JobClass jobClass, List<Node> nodes)	Creates a serial routing matrix for a single job class.
void	Event.setProbFun(SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double> probFun)	Sets the probability function to dynamically compute event probability based on system state.
void	Event.setProbFun(SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double> probFun)	Sets the probability function to dynamically compute event probability based on system state.
double	Network.sub_jsq(int ind, int jnd, int r, int s, Matrix linksmat, Map<Node,Matrix> state_before, Map<Node,Matrix> state_after)
double	Network.sub_kchoices(int ind, int jnd, int r, int s, Matrix linksmat, Map<Node,Matrix> state_before, Map<Node,Matrix> state_after)	Power-of-K choices marginal routing probability.
double	Network.sub_rl(int ind, int jnd, int r, int s, Matrix linksmat, Map<Node,Matrix> state_before, Map<Node,Matrix> state_after)	Reinforcement-learning routing marginal probability.
double	Network.sub_rr_wrr(int ind, int jnd, int r, int s, Matrix linksmat, Map<Node,Matrix> state_before, Map<Node,Matrix> state_after)

Constructors in jline.lang with parameters of type Node

Modifier	Constructor	Description
	OutputStrategy(JobClass jobClass, RoutingStrategy routingStrategy, Node destination, double probability)

Constructor parameters in jline.lang with type arguments of type Node

Modifier	Constructor	Description
	Event(EventType event, int node, int jobclass, SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double> probFun, Matrix state, double t, double job)	Creates a new Event where probability is determined by a function of system state.
	Event(EventType event, int node, int jobclass, SerializableFunction<Pair<Map<Node,Matrix>,Map<Node,Matrix>>,Double> probFun, Matrix state, double t, double job)	Creates a new Event where probability is determined by a function of system state.
	Region(List<Node> nodes, List<JobClass> classes)

Uses of Node in jline.lang.nodes

Subclasses of Node in jline.lang.nodes

Modifier and Type	Class	Description
class	Cache	A cache node that implements cache replacement policies and class switching based on cache hits and misses.
class	ClassSwitch	A node that switches the class of an incoming job based on a probability table
class	Delay	An infinite server station, i.e.
class	Fork	A node that forks an incoming job into a set of sibling tasks.
class	Join	A node that reassembles a set of sibling tasks into the original parent job
class	Logger	A node that logs passage of jobs
class	Place	A queueing station within a Network model
class	Queue	A queueing station that processes jobs according to various scheduling strategies.
class	Router	A node that routes jobs without imposing any delay
class	ServiceNode	A station with a service process
class	ServiceStation	A station with a service process
class	Sink	An abstraction of the external world jobs in open classes depart to
class	Source	An abstraction of the external world jobs in open classes come from
class	StatefulNode	A node that can have a state
class	Station	A node where jobs can spend time stationing there
class	Transition	Transition as in a stochastic Petri net model

Fields in jline.lang.nodes declared as Node

Modifier and Type	Field	Description
Node	Join.joinOf

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

Modifier and Type	Method	Description
void	Transition.setFiringOutcome(Mode mode, JobClass jobclass, Node node, int firingOutcome)
void	Cache.setProbRouting(JobClass jobClass, Node destination, double probability)	Sets probabilistic routing for a job class to a destination node.
void	ClassSwitch.setProbRouting(JobClass jobClass, Node destination, double probability)
void	Node.setProbRouting(JobClass jobClass, Node destination, double probability)	Sets probabilistic routing for a job class to a specific destination.
void	Node.setRouting(JobClass jobClass, RoutingStrategy routingStrategy, Node destination, double probability)	Sets the routing strategy with destination and probability for a job class.

Constructors in jline.lang.nodes with parameters of type Node

Modifier	Constructor	Description
	Join(Network model, String name, Node fork)

Uses of Node in jline.lang.sections

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

Modifier and Type	Method	Description
void	Forker.setOutputStrategy(JobClass jobClass, RoutingStrategy routingStrategy, Node destination, double probability)
void	OutputSection.setOutputStrategy(JobClass jobClass, RoutingStrategy routingStrategy, Node destination, double probability)

Uses of Node in jline.solvers

Methods in jline.solvers with parameters of type Node

Modifier and Type	Method	Description
AvgTable	NetworkAvgNodeChainTable.tget(Node node, JobClass jobclass)
NetworkAvgNodeTable	NetworkAvgNodeTable.tget(Node node, JobClass jobclass)

Uses of Node in jline.solvers.auto

Methods in jline.solvers.auto with parameters of type Node

Modifier and Type	Method	Description
double	SolverAUTO.getProb(Node node, Matrix state)
double	SolverAUTO.getProbAggr(Node node, Matrix state_a)
double	SolverAUTO.getProbMarg(Node node, int jobclass, Matrix state_m)	Get marginalized state probability
Matrix[]	SolverAUTO.getTranProb(Node node)
Matrix[]	SolverAUTO.getTranProbAggr(Node node)
double	SolverAUTO.prob(Node node, Matrix state)	Alias for getProb()
double	SolverAUTO.probAggr(Node node, Matrix state_a)	Alias for getProbAggr()
double	SolverAUTO.probMarg(Node node, int jobclass, Matrix state_m)	Alias for getProbMarg()
Ret.SampleResult	SolverAUTO.sample(Node node)	Alias for sample()
Ret.SampleResult	SolverAUTO.sample(Node node, int numEvents)
Ret.SampleResult	SolverAUTO.sampleAggr(Node node, int numEvents)

Uses of Node in jline.solvers.ctmc

Methods in jline.solvers.ctmc with parameters of type Node

Modifier and Type	Method	Description
Ret.ProbabilityResult	SolverCTMC.getProbAggr(Node node)
Ret.ProbabilityResult	SolverCTMC.getProbAggr(Node node, Matrix state_a)

Uses of Node in jline.solvers.jmt

Methods in jline.solvers.jmt with parameters of type Node

Modifier and Type	Method	Description
double	SolverJMT.getProbAggr(Node node)
double	SolverJMT.getProbAggr(Node node, Matrix state_a)
JMTResult.TransientProbabilityResult	SolverJMT.getTranProbAggr(Node node)	Gets transient probability for a specific node's aggregated state.
Ret.SampleResult	SolverJMT.sampleAggr(Node node)
Ret.SampleResult	SolverJMT.sampleAggr(Node node, int numEvents)
Ret.SampleResult	SolverJMT.sampleAggr(Node node, int numEvents, boolean markActivePassive)

Uses of Node in jline.solvers.nc

Methods in jline.solvers.nc with parameters of type Node

Modifier and Type	Method	Description
Double	SolverNC.getProb(Node node, Matrix state)
Double	SolverNC.getProbAggr(Node node)	Get aggregated probability for a specific node using current state
Double	SolverNC.getProbAggr(Node node, Matrix state_a)	Get aggregated probability for a specific node and state
Ret.ProbabilityResult	SolverNC.getProbMarg(Node node)	Get marginal queue-length probability distribution at a node.
Object	SolverNC.sample(Node node)	Sample node state trajectory with default number of samples
Object	SolverNC.sample(Node node, int numEvents)	Sample node state trajectory

Uses of Node in jline.solvers.ssa

Fields in jline.solvers.ssa declared as Node

Modifier and Type	Field	Description
Node	SampleNodeState.handle	The node that was sampled

Fields in jline.solvers.ssa with type parameters of type Node

Modifier and Type	Field	Description
List<Node>	SampleSysState.handle	List of stateful nodes that were sampled

Methods in jline.solvers.ssa with parameters of type Node

Modifier and Type	Method	Description
double	SolverSSA.getProb(Node node)	Get probability for a specific node state using the node's default state
double	SolverSSA.getProb(Node node, Matrix state)	Get probability for a specific node state
double	SolverSSA.getProbAggr(Node node)	Get aggregated probability for a specific node state using the node's default state
double	SolverSSA.getProbAggr(Node node, Matrix state)	Get aggregated probability for a specific node state
SampleNodeState	SolverSSA.sample(Node node)	Sample node state evolution using SSA simulation using default sample count
SampleNodeState	SolverSSA.sample(Node node, int numEvents)	Sample node state evolution using SSA simulation
SampleNodeState	SolverSSA.sample(Node node, Integer numEvents, boolean markActivePassive)	Sample node state evolution using SSA simulation
SampleNodeState	SolverSSA.sampleAggr(Node node)	Sample aggregated node state evolution using SSA simulation using default sample count
SampleNodeState	SolverSSA.sampleAggr(Node node, int numEvents)	Sample aggregated node state evolution using SSA simulation
SampleNodeState	SolverSSA.sampleAggr(Node node, Integer numEvents, boolean markActivePassive)	Sample aggregated node state evolution using SSA simulation
SampleNodeState	SolverSSA.stream(Node node, Integer numEvents, StreamingOptions streamingOptions)	Sample node state with real-time streaming to OTLP receiver.
SampleNodeState	SolverSSA.stream(Node node, StreamingOptions streamingOptions)	Sample node state with real-time streaming to OTLP receiver.
SampleNodeState	SolverSSA.streamAggr(Node node, Integer numEvents, StreamingOptions streamingOptions)	Sample aggregated node state with real-time streaming to OTLP receiver.
SampleNodeState	SolverSSA.streamAggr(Node node, StreamingOptions streamingOptions)	Sample aggregated node state with real-time streaming to OTLP receiver.

Constructors in jline.solvers.ssa with parameters of type Node

Modifier	Constructor	Description
	SampleNodeState(Node handle, Matrix t, Matrix state, List<Event> event, boolean isaggregate)

Constructor parameters in jline.solvers.ssa with type arguments of type Node

Modifier	Constructor	Description
	SampleSysState(List<Node> handle, Matrix t, List<Matrix> state, List<Event> event, boolean isaggregate)