Uses of Package
solvers.exceptions
Packages that use solvers.exceptions
Package
Description
Solution algorithms of JMVA.
Basis representations of the MoM and CoMoM exact solution algorithms of JMVA.
Control logic of the JMVA solvers.
Data structures shared by the JMVA solvers (tuples, positions, lists and matrices).
Solver dispatchers of JMVA, which select and drive the appropriate exact or approximate solution algorithm for the model under study.
Wrapper solvers used by the JMVA dispatchers.
Exceptions raised by the JMVA solvers (internal errors, BTF matrix errors, inconsistent linear systems).
Linear system formulation shared by the MoM and CoMoM exact algorithms of JMVA.
Block Triangular Form (BTF) of the linear systems arising in the MoM and CoMoM algorithms, as described in the method of moments literature.
Macro blocks of the Block Triangular Form linear system decomposition used by the JMVA MoM and CoMoM solvers.
Micro blocks of the Block Triangular Form linear system decomposition used by the JMVA MoM and CoMoM solvers.
Top level blocks of the Block Triangular Form linear system decomposition used by the JMVA MoM and CoMoM solvers.
Simple linear system solvers used by JMVA.
Linear system solver used by the exact JMVA solution algorithms.
Multiclass solution algorithms of JMVA: exact MVA, RECAL, MoM, CoMoM, TreeMVA and TreeConvolution for closed multiclass models, together with their approximate variants.
Queueing network model of JMVA: stations, classes, service demands and visits used by the exact and approximate solution algorithms.
Monte Carlo logistic regression used by the exact JMVA algorithms when the model dimension grows (logistic approximation of normalizing constants).
Probability distributions used by the JMVA Monte Carlo logistic regression.
Numerical integration used by the JMVA Monte Carlo logistic regression.
Monte Carlo logistic solvers of JMVA.
TreeMVA algorithm of JMVA, the tree based version of the exact Mean Value Analysis.
TreeConvolution algorithm of JMVA, the tree based version of the convolution algorithm.
Utilities of the JMVA solvers, such as the processing capacity checker used to verify that the workload can be processed by the network.
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Classes in solvers.exceptions used by solversClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.basisClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.controlClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.dataStructuresClassDescriptionThis class represents an exception that can be thrown if an error is encountered while parsing the input file.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.dispatchersClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.dispatchers.wrappersClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.exceptionsClassDescriptionThis class represents an exception that can be thrown if an error is encountered while parsing the input file.
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Classes in solvers.exceptions used by solvers.linearSystemClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.linearSystem.btfClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.linearSystem.btf.macroBlocksClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.linearSystem.btf.microBlocksClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.This class represents an exception that can be thrown if an undefined value is encountered when multiplying
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Classes in solvers.exceptions used by solvers.linearSystem.btf.topLevelBlocksClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.linearSystem.simpleClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.linearSystemSolverClassDescriptionThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.multiSolverAlgorithmsClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.queueingnetClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.queueingnet.montecarloLogisticClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.queueingnet.montecarloLogistic.distributionsClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.queueingnet.montecarloLogistic.numericalIntegrationClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.queueingnet.montecarloLogistic.solverClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.queueingnet.treeAlgorithms.tmvaClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.queueingnet.treeAlgorithms.treeConvolutionClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered where solving the BTF linear systemThis InconsistentLinearSystemException object is thrown when undeterminable values that have been returned from a previous run of the linear system solver need to be used for determining a subsequent run.This class represents an exception that can be thrown if an internal error is encountered somewhere in the program.
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Classes in solvers.exceptions used by solvers.utilitiesClassDescriptionThis class represents an exception that can be thrown if an internal error is encountered somewhere in the program.