SS.Reliability 1.2.0

export record AvailabilityResult(public double inherent, public double downtimeFraction)

export function betaParallelReliability(int components, double totalFailureRate, double beta, double missionTime)->CommonCauseResult

export function censoringConfidenceIntervals(LifetimeFit fit, double confidence, double quantileProbability)->ReliabilityConfidenceIntervals

export function commonCauseFaultTree(int components, double totalFailureRate, double beta, double missionTime)->CommonCauseResult

export record CommonCauseResult(public double reliability, public double commonCauseSurvival, public double independentPathReliability, public int components, public double beta)

export function expectedFailures(double failureRate, double exposureTime, int units)->double

export function exponentialHazard(double failureRate)->double

export function exponentialReliability(double failureRate, double time)->double

export function fitExponentialCensored(double[] times, bool[] failed)->LifetimeFit

export function fitLognormalCensored(double[] times, bool[] failed, double tolerance, int maximumIterations)->LifetimeFit

export function fitWeibullCensored(double[] times, bool[] failed, double tolerance, int maximumIterations)->LifetimeFit

export function inherentAvailability(double meanTimeBetweenFailures, double meanTimeToRepair)->AvailabilityResult

export function kaplanMeier(double[] times, bool[] failed)->SurvivalCurve

export record LifetimeFit(public string distribution, public double scale, public double shape, public int failures, public int censored, public double logLikelihood, public bool converged, public int iterations)

export function parallelReliability(double[] componentReliabilities)->double

export record ReliabilityConfidenceIntervals(public double scaleLower, public double scaleUpper, public double shapeLower, public double shapeUpper, public double quantileProbability, public double quantileLower, public double quantileUpper, public double confidence, public string assumptions)

export function repairableAvailabilityCurve(double failureRate, double repairRate, double[] times)->RepairableAvailabilityCurveResult

export record RepairableAvailabilityCurveResult(public double[] times, public double[] availability, public double steadyStateAvailability, public double failureRate, public double repairRate, public string diagnostic)

export record RepairableSummary(public double totalUptime, public double totalDowntime, public int failures, public double meanTimeBetweenFailures, public double meanTimeToRepair, public double availability)

export function repairProbability(double meanTimeToRepair, double time)->double

export function seriesReliability(double[] componentReliabilities)->double

export function summarizeRepairable(double[] uptimes, double[] downtimes)->RepairableSummary

export record SurvivalCurve(public double[] times, public double[] survival, public double[] standardError, public int[] failures, public int[] censored)

export function weibull(double time, double scale, double shape)->WeibullPoint

export record WeibullPoint(public double reliability, public double failureProbability, public double hazard)