All Implemented Interfaces:
```
public class Gallery

                    
```
Gallery of simple and classical queueing models

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description

Constructor Summary

Constructors
Constructor	Description
`Gallery()`

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`static Network`	`gallery_aphm1()`	APH/M/1 queue with Acyclic Phase-Type arrivals.
`static Network`	`gallery_coxm1()`	Cox/M/1 queue with Coxian arrivals.
`static Network`	`gallery_cqn()`	Default closed queueing network with 2 stations.
`static Network`	`gallery_cqn(int M)`	Closed queueing network with specified number of stations.
`static Network`	`gallery_cqn(int M, boolean useDelay)`	Closed queueing network with optional delay station.
`static Network`	`gallery_cqn(int M, boolean useDelay, long seed)`	Parameterized closed queueing network generator.
`static Network`	`gallery_cqn_multiclass()`
`static Network`	`gallery_cqn_multiclass(int M, int R)`
`static Network`	`gallery_cqn_multiclass(int M, int R, boolean useDelay)`
`static Network`	`gallery_cqn_multiclass(int M, int R, boolean useDelay, long seed)`
`static Network`	`gallery_dm1()`
`static Network`	`gallery_erldk()`
`static Network`	`gallery_erldk(int k)`
`static Network`	`gallery_erlerl1_reentrant()`
`static Network`	`gallery_erlerl1_reentrant(int n)`
`static Network`	`gallery_erlm1()`
`static Network`	`gallery_erlm1_ps()`
`static Network`	`gallery_erlm1_reentrant()`
`static Network`	`gallery_gamm1()`
`static Network`	`gallery_hyperl1_feedback()`
`static Network`	`gallery_hyperl1_reentrant()`
`static Network`	`gallery_hyperlk()`
`static Network`	`gallery_hyperlk(int k)`
`static Network`	`gallery_hyphyp1_linear()`
`static Network`	`gallery_hyphyp1_linear(int n)`
`static Network`	`gallery_hyphyp1_linear(int n, Double Umax)`
`static Network`	`gallery_hyphyp1_reentrant()`
`static Network`	`gallery_hyphyp1_tandem()`
`static Network`	`gallery_hypm1()`
`static Network`	`gallery_hypm1_reentrant()`
`static Network`	`gallery_mapm1()`
`static Network`	`gallery_mapm1(MAP map)`
`static Network`	`gallery_mapmk()`
`static Network`	`gallery_mapmk(MAP map)`
`static Network`	`gallery_mapmk(MAP map, int k)`
`static Network`	`gallery_mdk()`
`static Network`	`gallery_mdk(int k)`
`static Network`	`gallery_merl1()`
`static Network`	`gallery_merl1_linear()`
`static Network`	`gallery_merl1_linear(int n)`
`static Network`	`gallery_merl1_linear(int n, Double Umax)`
`static Network`	`gallery_merl1_reentrant()`
`static Network`	`gallery_merl1_tandem()`
`static Network`	`gallery_merlk()`
`static Network`	`gallery_merlk(int k)`
`static Network`	`gallery_mhyp1()`
`static Network`	`gallery_mhyp1_linear()`
`static Network`	`gallery_mhyp1_linear(int n)`
`static Network`	`gallery_mhyp1_linear(int n, Double Umax)`
`static Network`	`gallery_mhyp1_reentrant()`
`static Network`	`gallery_mhyp1_tandem()`
`static Network`	`gallery_mhypk()`
`static Network`	`gallery_mhypk(int k)`
`static Network`	`gallery_mm1()`	Classic M/M/1 queue.
`static Network`	`gallery_mm1_feedback()`
`static Network`	`gallery_mm1_feedback(double p)`	M/M/1 queue with feedback routing.
`static Network`	`gallery_mm1_linear()`
`static Network`	`gallery_mm1_linear(Integer n)`
`static Network`	`gallery_mm1_linear(Integer n, Double Umax)`
`static Network`	`gallery_mm1_multiclass()`
`static Network`	`gallery_mm1_prio()`
`static Network`	`gallery_mm1_ps()`
`static Network`	`gallery_mm1_ps_feedback()`
`static Network`	`gallery_mm1_ps_feedback(double p)`
`static Network`	`gallery_mm1_ps_multiclass()`
`static Network`	`gallery_mm1_ps_reentrant()`
`static Network`	`gallery_mm1_reentrant()`
`static Network`	`gallery_mm1_tandem()`
`static Network`	`gallery_mm1_tandem(Double Umax)`
`static Network`	`gallery_mm1_tandem_multiclass()`
`static Network`	`gallery_mmap1()`
`static Network`	`gallery_mmap1(MAP map)`
`static Network`	`gallery_mmap1_multiclass()`
`static Network`	`gallery_mmap1_multiclass(MAP map1, MAP map2)`
`static Network`	`gallery_mmapk()`
`static Network`	`gallery_mmapk(MAP map, int k)`
`static Network`	`gallery_mmk()`
`static Network`	`gallery_mmk(int k)`	M/M/k queue with multiple servers.
`static Network`	`gallery_mpar1()`
`static Network`	`gallery_parm1()`
`static Network`	`gallery_repairmen()`
`static Network`	`gallery_repairmen(int seed)`
`static Network`	`gallery_repairmen(int nServers, long seed)`	Machine repair model (repairmen problem).
`static Network`	`gallery_replayerm1()`
`static Network`	`gallery_replayerm1(String fileName)`
`static Network`	`gallery_um1()`
`static void`	`main(Array<String> args)`	Main method for testing and demonstrating gallery examples.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Constructor Detail
  - Gallery
```
Gallery()
```
- Method Detail
  - gallery_aphm1
```
 static Network gallery_aphm1()
```
    APH/M/1 queue with Acyclic Phase-Type arrivals.
    Features: - APH arrival process with high variability (SCV ≈ 1.999) - FCFS queue with exponential service (rate 2.0) - Demonstrates acyclic phase-type modeling
    
    Returns:
    
    configured APH/M/1 network model
  - gallery_coxm1
```
 static Network gallery_coxm1()
```
    Cox/M/1 queue with Coxian arrivals.
    Features: - Coxian arrival process with high variability (SCV ≈ 1.999) - FCFS queue with exponential service (rate 2.0) - Demonstrates Coxian distribution modeling
    
    Returns:
    
    configured Cox/M/1 network model
  - gallery_cqn
```
 static Network gallery_cqn()
```
    Default closed queueing network with 2 stations.
    
    Returns:
    
    closed queueing network with M=2 stations, no delay
  - gallery_cqn
```
 static Network gallery_cqn(int M)
```
    Closed queueing network with specified number of stations.
    
    Parameters:
    
    M - number of stations
    
    Returns:
    
    closed queueing network with M stations, no delay
  - gallery_cqn
```
 static Network gallery_cqn(int M, boolean useDelay)
```
    Closed queueing network with optional delay station.
    
    Parameters:
    
    M - number of PS queue stations
    
    useDelay - whether to include an additional delay station
    
    Returns:
    
    closed queueing network with M+1 stations if delay is used
  - gallery_cqn
```
 static Network gallery_cqn(int M, boolean useDelay, long seed)
```
    Parameterized closed queueing network generator.
    Features: - M PS queue stations with random service rates - Optional additional delay station with fixed rate - Single closed class with random population (3 to 10*M+3 jobs) - Serial routing through all stations - Configurable random seed for reproducibility
    
    Parameters:
    
    M - number of PS queue stations
    
    useDelay - whether to include an additional delay station
    
    seed - random seed for reproducible parameter generation
    
    Returns:
    
    configured closed queueing network
  - gallery_cqn_multiclass
```
 static Network gallery_cqn_multiclass()
```
  - gallery_cqn_multiclass
```
 static Network gallery_cqn_multiclass(int M, int R)
```
  - gallery_cqn_multiclass
```
 static Network gallery_cqn_multiclass(int M, int R, boolean useDelay)
```
  - gallery_cqn_multiclass
```
 static Network gallery_cqn_multiclass(int M, int R, boolean useDelay, long seed)
```
  - gallery_dm1
```
 static Network gallery_dm1()
```
  - gallery_erldk
```
 static Network gallery_erldk()
```
  - gallery_erldk
```
 static Network gallery_erldk(int k)
```
  - gallery_erlerl1_reentrant
```
 static Network gallery_erlerl1_reentrant()
```
  - gallery_erlerl1_reentrant
```
 static Network gallery_erlerl1_reentrant(int n)
```
  - gallery_erlm1
```
 static Network gallery_erlm1()
```
  - gallery_erlm1_ps
```
 static Network gallery_erlm1_ps()
```
  - gallery_erlm1_reentrant
```
 static Network gallery_erlm1_reentrant()
```
  - gallery_gamm1
```
 static Network gallery_gamm1()
```
  - gallery_hyperl1_feedback
```
 static Network gallery_hyperl1_feedback()
```
  - gallery_hyperl1_reentrant
```
 static Network gallery_hyperl1_reentrant()
```
  - gallery_hyperlk
```
 static Network gallery_hyperlk()
```
  - gallery_hyperlk
```
 static Network gallery_hyperlk(int k)
```
  - gallery_hyphyp1_linear
```
 static Network gallery_hyphyp1_linear()
```
  - gallery_hyphyp1_linear
```
 static Network gallery_hyphyp1_linear(int n)
```
  - gallery_hyphyp1_linear
```
 static Network gallery_hyphyp1_linear(int n, Double Umax)
```
  - gallery_hyphyp1_reentrant
```
 static Network gallery_hyphyp1_reentrant()
```
  - gallery_hyphyp1_tandem
```
 static Network gallery_hyphyp1_tandem()
```
  - gallery_hypm1
```
 static Network gallery_hypm1()
```
  - gallery_hypm1_reentrant
```
 static Network gallery_hypm1_reentrant()
```
  - gallery_mapm1
```
 static Network gallery_mapm1()
```
  - gallery_mapm1
```
 static Network gallery_mapm1(MAP map)
```
  - gallery_mapmk
```
 static Network gallery_mapmk()
```
  - gallery_mapmk
```
 static Network gallery_mapmk(MAP map)
```
  - gallery_mapmk
```
 static Network gallery_mapmk(MAP map, int k)
```
  - gallery_mdk
```
 static Network gallery_mdk()
```
  - gallery_mdk
```
 static Network gallery_mdk(int k)
```
  - gallery_merl1
```
 static Network gallery_merl1()
```
  - gallery_merl1_linear
```
 static Network gallery_merl1_linear()
```
  - gallery_merl1_linear
```
 static Network gallery_merl1_linear(int n)
```
  - gallery_merl1_linear
```
 static Network gallery_merl1_linear(int n, Double Umax)
```
  - gallery_merl1_reentrant
```
 static Network gallery_merl1_reentrant()
```
  - gallery_merl1_tandem
```
 static Network gallery_merl1_tandem()
```
  - gallery_merlk
```
 static Network gallery_merlk()
```
  - gallery_merlk
```
 static Network gallery_merlk(int k)
```
  - gallery_mhyp1
```
 static Network gallery_mhyp1()
```
  - gallery_mhyp1_linear
```
 static Network gallery_mhyp1_linear()
```
  - gallery_mhyp1_linear
```
 static Network gallery_mhyp1_linear(int n)
```
  - gallery_mhyp1_linear
```
 static Network gallery_mhyp1_linear(int n, Double Umax)
```
  - gallery_mhyp1_reentrant
```
 static Network gallery_mhyp1_reentrant()
```
  - gallery_mhyp1_tandem
```
 static Network gallery_mhyp1_tandem()
```
  - gallery_mhypk
```
 static Network gallery_mhypk()
```
  - gallery_mhypk
```
 static Network gallery_mhypk(int k)
```
  - gallery_mm1
```
 static Network gallery_mm1()
```
    Classic M/M/1 queue.
    Features: - Exponential arrivals (rate 1.0) and service (rate 2.0) - FCFS scheduling - Single server queue - Fundamental queueing model
    
    Returns:
    
    configured M/M/1 network model
  - gallery_mm1_feedback
```
 static Network gallery_mm1_feedback()
```
  - gallery_mm1_feedback
```
 static Network gallery_mm1_feedback(double p)
```
    M/M/1 queue with feedback routing.
    Features: - Jobs can return to the queue with probability p - Exit to sink with probability (1-p) - Demonstrates feedback queueing systems - Higher effective service rate due to feedback
    
    Parameters:
    
    p - feedback probability (jobs returning to queue)
    
    Returns:
    
    configured M/M/1 feedback network model
  - gallery_mm1_linear
```
 static Network gallery_mm1_linear()
```
  - gallery_mm1_linear
```
 static Network gallery_mm1_linear(Integer n)
```
  - gallery_mm1_linear
```
 static Network gallery_mm1_linear(Integer n, Double Umax)
```
  - gallery_mm1_multiclass
```
 static Network gallery_mm1_multiclass()
```
  - gallery_mm1_prio
```
 static Network gallery_mm1_prio()
```
  - gallery_mm1_ps
```
 static Network gallery_mm1_ps()
```
  - gallery_mm1_ps_feedback
```
 static Network gallery_mm1_ps_feedback()
```
  - gallery_mm1_ps_feedback
```
 static Network gallery_mm1_ps_feedback(double p)
```
  - gallery_mm1_ps_multiclass
```
 static Network gallery_mm1_ps_multiclass()
```
  - gallery_mm1_ps_reentrant
```
 static Network gallery_mm1_ps_reentrant()
```
  - gallery_mm1_reentrant
```
 static Network gallery_mm1_reentrant()
```
  - gallery_mm1_tandem
```
 static Network gallery_mm1_tandem()
```
  - gallery_mm1_tandem
```
 static Network gallery_mm1_tandem(Double Umax)
```
  - gallery_mm1_tandem_multiclass
```
 static Network gallery_mm1_tandem_multiclass()
```
  - gallery_mmap1
```
 static Network gallery_mmap1()
```
  - gallery_mmap1
```
 static Network gallery_mmap1(MAP map)
```
  - gallery_mmap1_multiclass
```
 static Network gallery_mmap1_multiclass()
```
  - gallery_mmap1_multiclass
```
 static Network gallery_mmap1_multiclass(MAP map1, MAP map2)
```
  - gallery_mmapk
```
 static Network gallery_mmapk()
```
  - gallery_mmapk
```
 static Network gallery_mmapk(MAP map, int k)
```
  - gallery_mmk
```
 static Network gallery_mmk()
```
  - gallery_mmk
```
 static Network gallery_mmk(int k)
```
    M/M/k queue with multiple servers.
    Features: - Exponential arrivals (rate 1.0) and service (rate 0.5 per server) - k identical servers with FCFS scheduling - Demonstrates multi-server queueing - Higher capacity than single server systems
    
    Parameters:
    
    k - number of servers
    
    Returns:
    
    configured M/M/k network model
  - gallery_mpar1
```
 static Network gallery_mpar1()
```
  - gallery_parm1
```
 static Network gallery_parm1()
```
  - gallery_repairmen
```
 static Network gallery_repairmen()
```
  - gallery_repairmen
```
 static Network gallery_repairmen(int seed)
```
  - gallery_repairmen
```
 static Network gallery_repairmen(int nServers, long seed)
```
    Machine repair model (repairmen problem).
    Features: - Closed network representing machines and repair facility - nServers repair servers with PS scheduling - Random number of machines (3 to 13) - Working state modeled as delay station - Random service rates for realistic modeling
    
    Parameters:
    
    nServers - number of repair servers
    
    seed - random seed for reproducible parameters
    
    Returns:
    
    configured machine repair network model
  - gallery_replayerm1
```
 static Network gallery_replayerm1()
```
  - gallery_replayerm1
```
 static Network gallery_replayerm1(String fileName)
```
  - gallery_um1
```
 static Network gallery_um1()
```
  - main
```
 static void main(Array<String> args)
```
    Main method for testing and demonstrating gallery examples.
    Currently configured to: - Run gallery_replayerm1() with trace-driven arrivals - Solve using JMT solver with debug verbosity - Display model visualization
    
    Parameters:
    
    args - command line arguments (not used)

Class Gallery

Nested Class Summary

Field Summary

Constructor Summary

Enum Constant Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

Gallery

Method Detail

gallery_aphm1

gallery_coxm1

gallery_cqn

gallery_cqn

gallery_cqn

gallery_cqn

gallery_cqn_multiclass

gallery_cqn_multiclass

gallery_cqn_multiclass

gallery_cqn_multiclass

gallery_dm1

gallery_erldk

gallery_erldk

gallery_erlerl1_reentrant

gallery_erlerl1_reentrant

gallery_erlm1

gallery_erlm1_ps

gallery_erlm1_reentrant

gallery_gamm1

gallery_hyperl1_feedback

gallery_hyperl1_reentrant

gallery_hyperlk

gallery_hyperlk

gallery_hyphyp1_linear

gallery_hyphyp1_linear

gallery_hyphyp1_linear

gallery_hyphyp1_reentrant

gallery_hyphyp1_tandem

gallery_hypm1

gallery_hypm1_reentrant

gallery_mapm1

gallery_mapm1

gallery_mapmk

gallery_mapmk

gallery_mapmk

gallery_mdk

gallery_mdk

gallery_merl1

gallery_merl1_linear

gallery_merl1_linear

gallery_merl1_linear

gallery_merl1_reentrant

gallery_merl1_tandem

gallery_merlk

gallery_merlk

gallery_mhyp1

gallery_mhyp1_linear

gallery_mhyp1_linear

gallery_mhyp1_linear

gallery_mhyp1_reentrant

gallery_mhyp1_tandem

gallery_mhypk

gallery_mhypk

gallery_mm1

gallery_mm1_feedback

gallery_mm1_feedback

gallery_mm1_linear

gallery_mm1_linear

gallery_mm1_linear

gallery_mm1_multiclass

gallery_mm1_prio

gallery_mm1_ps

gallery_mm1_ps_feedback

gallery_mm1_ps_feedback

gallery_mm1_ps_multiclass

gallery_mm1_ps_reentrant

gallery_mm1_reentrant

gallery_mm1_tandem

gallery_mm1_tandem

gallery_mm1_tandem_multiclass