SS.Hydrology 1.2.0

export function calibrateCurveNumber(double areaSquareMetres, double stepSeconds, double[] unitHydrograph, double baseflowCubicMetresPerSecond, double[] rainfallMm, double[] observedDischarge, double[] candidateCurveNumbers)->CatchmentCalibration

export function calibrateRunoffModel(double areaSquareMetres, double stepSeconds, double[] unitHydrograph, double baseflowCubicMetresPerSecond, double[] trainingRainfall, double[] trainingObserved, double[] validationRainfall, double[] validationObserved, double[] candidateCurveNumbers)->RunoffCalibrationResult

export record CatchmentCalibration(public CatchmentModel model, public double nashSutcliffeEfficiency, public double rootMeanSquaredError, public double volumeBias, public int candidates, public bool converged)

export function catchmentModel(double areaSquareMetres, double curveNumber, double stepSeconds, double[] unitHydrograph, double baseflowCubicMetresPerSecond)->CatchmentModel

export record CatchmentModel(public double areaSquareMetres, public double curveNumber, public double stepSeconds, public double[] unitHydrograph, public double baseflowCubicMetresPerSecond, public string rainfallUnit, public string dischargeUnit)

export record CatchmentSimulation(public double[] rainfallMm, public double[] excessRainfallMm, public double[] discharge, public double precipitationVolume, public double runoffVolume, public double infiltrationVolume, public double outletVolume, public double balanceResidual, public string timeConvention)

export function connectedCatchmentGraph(CatchmentSimulation[] localSimulations, int[] downstream, double[] storageConstants, double stepSeconds)->ConnectedCatchmentGraphResult

export record ConnectedCatchmentGraphResult(public double[] nodeOutflow, public double[] outletDischarge, public int nodes, public int steps, public double localInflowVolume, public double outletVolume, public double finalStorage, public double massBalanceResidual, public string diagnostic)

export function convolveUnitHydrograph(double[] excessRainfall, double[] unitHydrograph)->double[]

export function curveNumberRunoff(double precipitationMm, double curveNumber, double areaSquareMetres)->RunoffResult

export function datedStormSeries(double[] timestamps, double[] rainfall, string rainfallUnit, double expectedStepSeconds, string missingPolicy)->DatedStormSeriesResult

export record DatedStormSeriesResult(public double[] timestamps, public double[] rainfallMm, public bool[] imputed, public double stepSeconds, public string sourceUnit, public string missingPolicy, public int imputedCount, public string diagnostic)

export record FrequencyEstimate(public double returnPeriod, public double nonexceedanceProbability, public double quantile, public string distribution)

export function greenAmptCapacity(double saturatedConductivity, double suctionHead, double moistureDeficit, double cumulativeInfiltration)->double

export function gumbelQuantile(double mean, double standardDeviation, double returnPeriod)->FrequencyEstimate

export function hortonInfiltration(double initialCapacity, double finalCapacity, double decayRate, double time)->double

export function muskingum(double[] inflow, double initialOutflow, double storageConstant, double weighting, double step)->RoutingResult

export function rationalPeakFlow(double runoffCoefficient, double rainfallIntensityMmPerHour, double areaSquareMetres)->double

export record ReservoirRouting(public double[] outflow, public double[] storage, public double initialStorage, public double finalStorage, public double balanceResidual, public bool nonnegative)

export function routeLinearReservoir(double[] inflow, double initialStorage, double storageConstant, double stepSeconds)->ReservoirRouting

export record RoutingResult(public double[] outflow, public double initialStorage, public double finalStorage, public double balanceResidual, public bool stable)

export record RunoffCalibrationResult(public CatchmentCalibration training, public double validationNashSutcliffeEfficiency, public double validationRootMeanSquaredError, public double validationVolumeBias, public double bestTrainingError, public double runnerUpTrainingError, public bool identifiable, public string diagnostic)

export record RunoffResult(public double runoffDepth, public double infiltrationDepth, public double runoffVolume)

export function runoffUncertaintyEnsemble(CatchmentModel templateModel, double[] rainfallMm, double[] curveNumbers)->RunoffUncertaintyEnsembleResult

export record RunoffUncertaintyEnsembleResult(public double[] memberDischarge, public double[] meanDischarge, public double[] minimumDischarge, public double[] maximumDischarge, public double[] runoffVolumes, public double[] curveNumbers, public int members, public int steps, public string diagnostic)

export function simulateCatchment(CatchmentModel model, double[] rainfallMm)->CatchmentSimulation

export function waterBalance(double initialStorage, double precipitation, double inflow, double evaporation, double infiltration, double outflow)->WaterBalance

export record WaterBalance(public double initialStorage, public double inflow, public double outflow, public double finalStorage, public double residual, public bool conserved)