SS.Hydrodynamics 1.2.0

export function addedMassForce(double addedMassCoefficient, double fluidDensity, double displacedVolume, double acceleration)->double

export function buoyancy(double fluidDensity, double gravity, double displacedVolume)->double

export function deepWaterWavelength(double gravity, double period)->double

export function dispersionWaveNumber(double angularFrequency, double depth, double gravity, double tolerance, int maximumIterations)->double

export function floatingSubmergedFraction(double bodyDensity, double fluidDensity)->double

export function gaugePressure(double density, double gravity, double depth)->double

export record HeaveHistory(public double[] times, public double[] displacements, public double[] velocities, public double[] accelerations, public double maximumAbsoluteDisplacement)

export function heaveResponseSpectrum(WaveSpectrum spectrum, double mass, double addedMass, double damping, double stiffness)->HeaveResponseSpectrumResult

export record HeaveResponseSpectrumResult(public double[] responseAmplitudeOperators, public ResponseStatistics statistics, public double mass, public double addedMass, public double damping, public double stiffness, public string diagnostic)

export record HullHydrostatics3D(public double displacedVolume, public double buoyancyForce, public double centerOfBuoyancyX, public double centerOfBuoyancyY, public double centerOfBuoyancyZ, public int submergedTriangles, public bool watertightAssumed, public string diagnostic)

export function hydrostaticCurve(double[] drafts, SectionalBody[] bodies, double fluidDensity, double gravity, double centerOfGravityZ)->HydrostaticCurve

export record HydrostaticCurve(public double[] drafts, public HydrostaticState[] states)

export record HydrostaticForce(public double force, public double centerOfPressureDepth)

export record HydrostaticState(public double displacedVolume, public double displacementWeight, public double centerOfBuoyancyX, public double centerOfBuoyancyZ, public double waterplaneArea, public double centerOfFlotationX, public double transverseWaterplaneSecondMoment, public double metacentricHeight, public bool staticallyStable)

export function integrateHullHydrostatics3D(double[] x, double[] y, double[] z, int[] triangles, double freeSurfaceZ, double fluidDensity, double gravity)->HullHydrostatics3D

export function integrateHydrostatics(SectionalBody body, double fluidDensity, double gravity, double centerOfGravityZ)->HydrostaticState

export function jonswapSpectrum(double significantHeight, double peakPeriod, double peakEnhancement, double[] angularFrequencies)->WaveSpectrum

export function linearWaveKinematics(double amplitude, double angularFrequency, double waveNumber, double depth, double horizontalPosition, double verticalPosition, double time, double fluidDensity, double gravity)->WaveKinematics

export function morisonCylinderForce(double fluidDensity, double diameter, double length, double dragCoefficient, double inertiaCoefficient, double velocity, double acceleration)->double

export function quadraticDrag(double density, double speed, double area, double dragCoefficient)->double

export function responseStatistics(WaveSpectrum spectrum, double[] responseAmplitudeOperators)->ResponseStatistics

export record ResponseStatistics(public double responseVariance, public double responseRms, public double significantResponse, public double meanZeroCrossingPeriod)

export function sectionalBody(string name, double[] longitudinalPositions, double[] submergedAreas, double[] waterlineBreadths, double[] verticalCentroids)->SectionalBody

export record SectionalBody(public string name, public double[] longitudinalPositions, public double[] submergedAreas, public double[] waterlineBreadths, public double[] verticalCentroids)

export function shallowWaterCelerity(double gravity, double depth)->double

export function simulateHeave(double mass, double addedMass, double damping, double stiffness, double[] forces, double timeStep, double initialDisplacement, double initialVelocity)->HeaveHistory

export function spectrumToWaveSeries(WaveSpectrum spectrum, double timeStep, int samples, long seed)->WaveSeries

export record Stability(public double metacentricHeight, public double rightingMoment, public bool stable)

export function transverseStability(double displacedVolume, double waterplaneSecondMoment, double centerBuoyancy, double centerGravity, double displacementWeight, double heelAngle)->Stability

export function verticalRectangleForce(double density, double gravity, double width, double height, double topDepth)->HydrostaticForce

export record WaveKinematics(public double horizontalVelocity, public double verticalVelocity, public double horizontalAcceleration, public double verticalAcceleration, public double dynamicPressure)

export record WaveLoadHistory(public double[] times, public double[] dragLoads, public double[] inertiaLoads, public double[] totalLoads, public double maximumAbsoluteLoad, public string model, public string diagnostic)

export function waveLoadTimeHistory(double fluidDensity, double diameter, double cylinderLength, double dragCoefficient, double inertiaCoefficient, double[] velocities, double[] accelerations, double timeStep)->WaveLoadHistory

export record WaveSeries(public double[] times, public double[] elevations, public double[] componentAmplitudes, public double[] componentPhases, public long seed, public double variance, public string diagnostic)

export record WaveSpectrum(public double[] angularFrequencies, public double[] spectralDensities, public double zerothMoment, public double significantHeight, public double peakAngularFrequency)