Package org.palladiosimulator.solver.reliability.pcm2markov

Class MarkovTransformationResult

java.lang.Object

org.palladiosimulator.solver.reliability.pcm2markov.MarkovTransformationResult

public class MarkovTransformationResult
extends Object

Aggregates the results of a PCM2MarkovTransformation.

Constructor Summary

Constructors

Constructor	Description
MarkovTransformationResult(PCMSolverWorkflowRunConfiguration configuration, MarkovTransformationSource markovSource, org.palladiosimulator.pcm.usagemodel.UsageScenario scenario, List<org.palladiosimulator.reliability.MarkovFailureType> failureTypes)	Creates a new Markov results aggregator.

Method Summary

Modifier and Type	Method	Description
void	addPhysicalStateResults(org.palladiosimulator.reliability.markov.MarkovChain resultChain, double[][] markovProbabilityMatrix, double physicalStateProbability)	Adds the results of the evaluation of a single physical system state during the PCM2Markov transformation.
Map<org.palladiosimulator.reliability.MarkovFailureType,Double>	getCumulatedFailureTypeProbabilities()	Gets the overall failure type probabilities, accumulated over all considered physical system states.
double	getCumulatedPhysicalStateProbability()	Gets the overall physical state probability, accumulated over all considered physical system states.
long	getNumberOfPhysicalSystemStates()	Retrieves the number of physical system states.
long	getPhysicalStateEvaluationCount()	Retrieves the current number of evaluated physical system states.
org.palladiosimulator.reliability.markov.MarkovChain	getResultChain()	Retrieves the Markov chain that results from the transformation.
org.palladiosimulator.pcm.usagemodel.UsageScenario	getScenario()	Gets the usage scenario which has been evaluated
double	getSuccessProbability()	Retrieves the overall success probability.
boolean	hasRequiredAccuracy(int requiredAccuracy)	Determines if the calculated success probability conforms to a given required accuracy.
boolean	isDoApproximate()	Indicates if an approximation scheme shall be used for printing of probabilities.
void	setApproximate(boolean approximate)	Method for setting a value responsible for telling if an approximation scheme shall be used for printing probabilities.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

MarkovTransformationResult

public MarkovTransformationResult(PCMSolverWorkflowRunConfiguration configuration,
                                  MarkovTransformationSource markovSource,
                                  org.palladiosimulator.pcm.usagemodel.UsageScenario scenario,
                                  List<org.palladiosimulator.reliability.MarkovFailureType> failureTypes)

Creates a new Markov results aggregator.

Parameters:

configuration - configuration options of the transformation

markovSource - the Markov state holder

scenario - the usage scenario to evaluate

failureTypes - the list of potential failure types

Method Detail

addPhysicalStateResults

public void addPhysicalStateResults(org.palladiosimulator.reliability.markov.MarkovChain resultChain,
                                    double[][] markovProbabilityMatrix,
                                    double physicalStateProbability)

Adds the results of the evaluation of a single physical system state during the PCM2Markov transformation.

Parameters:

resultChain - the Markov chain resulting from the evaluation of the physical system state

markovProbabilityMatrix - the matrix with the probabilities to get from state i to state j in the Markov chain

physicalStateProbability - the probability of the evaluated physical system state to occur

getCumulatedFailureTypeProbabilities

public Map<org.palladiosimulator.reliability.MarkovFailureType,Double> getCumulatedFailureTypeProbabilities()

Gets the overall failure type probabilities, accumulated over all considered physical system states.

Returns:

the overall failure type probabilities

getCumulatedPhysicalStateProbability

public double getCumulatedPhysicalStateProbability()

Gets the overall physical state probability, accumulated over all considered physical system states.

Returns:

the overall physical state probability

getNumberOfPhysicalSystemStates

public long getNumberOfPhysicalSystemStates()

Retrieves the number of physical system states.

Returns:

the number of physical system states

getPhysicalStateEvaluationCount

public long getPhysicalStateEvaluationCount()

Retrieves the current number of evaluated physical system states.

Returns:

the current number of evaluated physical system states

getResultChain

public org.palladiosimulator.reliability.markov.MarkovChain getResultChain()

Retrieves the Markov chain that results from the transformation.

Returns:

the Markov chain that results from the transformation

getScenario

public org.palladiosimulator.pcm.usagemodel.UsageScenario getScenario()

Gets the usage scenario which has been evaluated

Returns:

the usage scenario

getSuccessProbability

public double getSuccessProbability()

Retrieves the overall success probability.

Returns:

the success probability

hasRequiredAccuracy

public boolean hasRequiredAccuracy(int requiredAccuracy)

Determines if the calculated success probability conforms to a given required accuracy.

Parameters:

requiredAccuracy - the required accuracy in decimal places

Returns:

true if the required accuracy has been reached

isDoApproximate

public boolean isDoApproximate()

Indicates if an approximation scheme shall be used for printing of probabilities.

Returns:

true, if an approximation scheme shall be used for printing probabilities, false otherwise.

setApproximate

public void setApproximate(boolean approximate)

Method for setting a value responsible for telling if an approximation scheme shall be used for printing probabilities.

Parameters:

approximate - the value indicating if an approximation scheme shall be used for printing probabilities