Constructor Detail

• Station

  Station(String name)

  Creates a new station with the specified name.

  Parameters:

  name - the name for this station

Method Detail

• getCap

   double getCap()

  Returns the total capacity limit for this node. Default implementation returns infinite capacity.

  Returns:

  the total capacity limit

• setCapacity

   void setCapacity(int cap)

  Sets the total capacity limit for this station. Capacity follows Kendall notation where K = total system capacity (queue + in-service).

  Parameters:

  cap - the maximum number of jobs that can be at this station

• setCap

   void setCap(int cap)

  Alias for setCapacity() for backwards compatibility.

  Parameters:

  cap - the maximum number of jobs that can be at this station

• getClassCap

   double getClassCap(JobClass jobClass)

  Returns the capacity limit for a specific job class at this node. Default implementation returns infinite capacity.

  Parameters:

  jobClass - the job class to query

  Returns:

  the capacity limit for the job class

• getDropRule

   DropStrategy getDropRule(JobClass jobclass)

  Gets the drop strategy for a specific job class when capacity is exceeded.

  Parameters:

  jobclass - the job class to query

  Returns:

  the drop strategy for the job class, or null if not set

• getLimitedClassDependence

   SerializableFunction<Matrix, Double> getLimitedClassDependence()

  Gets the limited class-dependent scaling function for this station.

  Returns:

  the class-dependent scaling function, or null if not set

• setLimitedClassDependence

   void setLimitedClassDependence(SerializableFunction<Matrix, Double> gamma)

  Sets the limited class-dependent scaling function for this station.

  Parameters:

  gamma - the class-dependent scaling function

• getLimitedLoadDependence

   Matrix getLimitedLoadDependence()

  Gets the limited load-dependent scaling matrix for this station.

  Returns:

  the load-dependent scaling matrix

• setLimitedLoadDependence

   void setLimitedLoadDependence(Matrix alpha)

  Sets the limited load-dependent scaling matrix for this station.

  Parameters:

  alpha - the load-dependent scaling matrix

• getNumberOfServers

   int getNumberOfServers()

• setNumberOfServers

   void setNumberOfServers(int numberOfServers)

  Sets the number of servers at this station.

  Parameters:

  numberOfServers - the number of servers (use Integer.

• getSchedStrategy

   SchedStrategy getSchedStrategy()

  Returns the scheduling strategy used by this station.

  Returns:

  the scheduling strategy (FCFS, PS, etc.)

• getServiceRates

   List<Object> getServiceRates()

  Gets the service rates configured for all job classes at this station. Returns a list containing rate values or Distribution objects.

  Returns:

  list of service rates for each job class

• getSourceRates

   List<Object> getSourceRates()

  Gets the source (arrival) rates for all job classes at this station. Only applicable for source nodes.

  Returns:

  list of source rates for each job class

• isReferenceStation

   boolean isReferenceStation()

  Checks if this node is a reference station. Default implementation returns false; override in subclasses as needed.

  Returns:

  true if this is a reference station, false otherwise

• isServiceDefined

   Array<boolean> isServiceDefined()

  Checks which job classes have defined service processes.

  Returns:

  array indicating which classes have defined service processes

• isServiceDefined

   boolean isServiceDefined(JobClass jobClass)

  Checks if a specific job class has a defined service process.

  Parameters:

  jobClass - the job class to check

  Returns:

  true if service is defined for this class, false otherwise

• isServiceDisabled

   Array<boolean> isServiceDisabled()

  Checks which job classes have disabled service processes.

  Returns:

  array indicating which classes have disabled service processes

• isServiceDisabled

   boolean isServiceDisabled(JobClass jobClass)

  Checks if a specific job class has a disabled service process.

  Parameters:

  jobClass - the job class to check

  Returns:

  true if service is disabled for this class, false otherwise

• setChainCapacity

   void setChainCapacity(Array<double> values)

  Sets the capacity for each chain in the network. Configures per-class capacity based on chain membership and service availability.

• setClassCap

   void setClassCap(JobClass jobClass, int cap)

  Sets the capacity limit for a specific job class at this station.

  Parameters:

  jobClass - the job class to set capacity for

  cap - the maximum number of jobs of this class

• setDropRule

   void setDropRule(JobClass jobclass, DropStrategy drop)

  Sets the drop strategy for a specific job class when capacity is exceeded.

  Parameters:

  jobclass - the job class to configure

  drop - the drop strategy to apply

• setSwitchoverTime

   void setSwitchoverTime(JobClass fromClass, JobClass toClass, Distribution switchoverTime)

  Sets the switchover time from one job class to another. This is used for class-to-class switchover functionality.

  Parameters:

  fromClass - the job class to switch from

  toClass - the job class to switch to

  switchoverTime - the switchover time distribution

• getSwitchoverTime

   Distribution getSwitchoverTime(JobClass fromClass, JobClass toClass)

  Gets the switchover time from one job class to another.

  Parameters:

  fromClass - the job class to switch from

  toClass - the job class to switch to

  Returns:

  the switchover time distribution, or null if not set

• hasSwitchoverTime

   boolean hasSwitchoverTime(JobClass fromClass, JobClass toClass)

  Checks if a switchover time is set for the given job class pair.

  Parameters:

  fromClass - the job class to switch from

  toClass - the job class to switch to

  Returns:

  true if switchover time is set, false otherwise

• setPatience

   void setPatience(JobClass jobClass, Distribution distribution)

  Sets the patience distribution for a specific job class at this station. Jobs that wait longer than their patience time will abandon the queue. This setting takes precedence over the global class patience. Defaults to RENEGING patience type for backwards compatibility.

  Parameters:

  jobClass - the job class

  distribution - the patience time distribution

• setPatience

   void setPatience(JobClass jobClass, PatienceType patienceType, Distribution distribution)

  Sets the patience type and distribution for a specific job class at this station. Jobs that wait longer than their patience time will abandon the queue. This setting takes precedence over the global class patience.

  Parameters:

  jobClass - the job class

  patienceType - the type of impatience (RENEGING or BALKING)

  distribution - the patience time distribution

• getPatience

   Distribution getPatience(JobClass jobClass)

  Gets the effective patience distribution for a specific job class. Returns the station-specific setting if available, otherwise falls back to the global class patience.

  Parameters:

  jobClass - the job class

  Returns:

  the patience distribution, or null if not set

• getPatienceLocal

   Distribution getPatienceLocal(JobClass jobClass)

  Gets the station-specific patience distribution (without fallback).

  Parameters:

  jobClass - the job class

  Returns:

  the station-specific patience distribution, or null if not set

• getPatienceType

   PatienceType getPatienceType(JobClass jobClass)

  Gets the effective patience type for a specific job class. Returns the station-specific setting if available, otherwise falls back to the global class patience type.

  Parameters:

  jobClass - the job class

  Returns:

  the patience type, or null if not set

• getPatienceTypeLocal

   PatienceType getPatienceTypeLocal(JobClass jobClass)

  Gets the station-specific patience type (without fallback).

  Parameters:

  jobClass - the job class

  Returns:

  the station-specific patience type, or null if not set

• hasPatience

   boolean hasPatience(JobClass jobClass)

  Checks if patience is configured for a job class (local or global).

  Parameters:

  jobClass - the job class

  Returns:

  true if patience is configured, false otherwise

• hasPatienceLocal

   boolean hasPatienceLocal(JobClass jobClass)

  Checks if patience is configured locally at this station.

  Parameters:

  jobClass - the job class

  Returns:

  true if local patience is configured, false otherwise