SS.Metrology 1.2.0

export function applyCalibration(Calibration calibration, double indication)->double

export record Calibration(public double slope, public double intercept, public double residualStandardDeviation, public int points)

export record CalibrationPrediction(public double estimate, public double standardUncertainty)

export function calibrationProvenanceAudit(TraceabilityNode[] nodes, string instrumentIdentity, int evaluationDay, double calibrationMinimum, double calibrationMaximum, double measuredValue)->CalibrationProvenanceAuditResult

export record CalibrationProvenanceAuditResult(public TraceabilityResult traceability, public bool withinCalibrationRange, public bool accepted, public string diagnostic)

export function calibrationValidity(double earlierCorrection, int earlierDay, double laterCorrection, int laterDay, int evaluationDay, int validToDay, double maximumAbsoluteDriftRate)->CalibrationValidity

export record CalibrationValidity(public bool valid, public double driftRate, public double allowedDrift, public string diagnostic)

export function combineStandardUncertainties(double[] components)->double

export function conformityDecision(double estimate, double lowerLimit, double upperLimit, double expandedUncertainty, string rule, double risk)->DecisionResult

export record ConformityResult(public bool accepted, public double lowerGuardedLimit, public double upperGuardedLimit, public string rule)

export function correlatedBudget(UncertaintyComponent[] components, double[] correlation, double confidence)->UncertaintyBudget

export record CovariancePropagation(public double estimate, public double variance, public double standardUncertainty, public double[] contributions, public bool positiveSemidefinite, public string diagnostic)

export record DecisionResult(public bool accepted, public double lowerAcceptanceLimit, public double upperAcceptanceLimit, public string rule, public bool collapsed)

export record GeneralizedCalibration(public double slope, public double intercept, public double[] coefficientCovariance, public double[] residuals, public double residualChiSquare, public int points)

export function generalizedLinearCalibration(double[] reference, double[] indication, double[] covariance)->GeneralizedCalibration

export function guardedConformity(double estimate, double lowerLimit, double upperLimit, double expandedUncertainty)->ConformityResult

export function linearCalibration(double[] reference, double[] indication)->Calibration

export function mean(double[] values)->double

export record MeasurementResult(public double estimate, public double standardUncertainty, public double coverageFactor, public double expandedUncertainty)

export function monteCarloUncertainty(double[] means, double[] covariance, double[] linearSensitivity, double[] quadraticSensitivity, int draws, long seed, double confidence)->MonteCarloUncertaintyResult

export record MonteCarloUncertaintyResult(public double estimate, public double standardUncertainty, public double lowerCoverage, public double upperCoverage, public double gumStandardUncertainty, public int draws, public long seed, public string diagnostic)

export function multivariateCalibration(double[] reference, double[] indication, double[] covariance, int channels)->MultivariateCalibrationResult

export record MultivariateCalibrationResult(public double[] slopes, public double[] intercepts, public double[] coefficientCovariances, public double[] residualChiSquares, public int channels, public int observationsPerChannel, public bool valid, public string diagnostic)

export function nonlinearCovariancePropagation(double estimate, double[] jacobian, double[] covariance)->CovariancePropagation

export function predictCalibration(GeneralizedCalibration calibration, double indication, double indicationStandardUncertainty)->CalibrationPrediction

export function propagateIndependent(double[] sensitivities, double[] standardUncertainties)->double

export function rectangularComponent(string name, double halfWidth, double sensitivity, double degreesOfFreedom, string provenance)->UncertaintyComponent

export function report(double estimate, double standardUncertainty, double coverageFactor)->MeasurementResult

export function resolutionStandardUncertainty(double resolution)->double

export function sampleStandardDeviation(double[] values)->double

export function standardComponent(string name, double standardUncertainty, double sensitivity, double degreesOfFreedom, string provenance)->UncertaintyComponent

export function traceabilityNode(string identity, string parentIdentity, string certificate, string reference, int validFromDay, int validToDay, bool root)->TraceabilityNode

export record TraceabilityNode(public string identity, public string parentIdentity, public string certificate, public string reference, public int validFromDay, public int validToDay, public bool root)

export record TraceabilityResult(public bool valid, public string[] path, public int validFromDay, public int validToDay, public string diagnostic)

export function triangularComponent(string name, double halfWidth, double sensitivity, double degreesOfFreedom, string provenance)->UncertaintyComponent

export function typeAStandardUncertainty(double[] values)->double

export record UncertaintyBudget(public double combinedStandardUncertainty, public double effectiveDegreesOfFreedom, public double coverageFactor, public double expandedUncertainty, public double[] contributionMatrix, public int components)

export function uncertaintyComponent(string name, double standardUncertainty, double sensitivity, double degreesOfFreedom, string distribution, string provenance)->UncertaintyComponent

export record UncertaintyComponent(public string name, public double standardUncertainty, public double sensitivity, public double degreesOfFreedom, public string distribution, public string provenance)

export function validateTraceability(TraceabilityNode[] nodes, string instrumentIdentity, int evaluationDay)->TraceabilityResult