SS.CFD 1.3.0

export function advancePeriodic(double[] initial, velocity advectionVelocity, diffusivity diffusion, m cellSize, s timeStep, int steps) -> FiniteVolumeResult

export function boundaryCondition2D(string boundary, string kind, double scalarValue, double xValue, double yValue)->BoundaryCondition2D

export record BoundaryCondition2D(public string boundary, public string kind, public double scalarValue, public double xValue, public double yValue)

export function cellCenterX(StructuredGrid2D grid, int column)->m

export function cellCenterY(StructuredGrid2D grid, int row)->m

export function cfdResidualAndConservation(EulerSystem2DResult result, double gamma, double tolerance)->CFDResidualConservationResult

export record CFDResidualConservationResult(public double massResidual, public double momentumXResidual, public double momentumYResidual, public double energyResidual, public double maximumStepResidual, public double minimumDensity, public double minimumPressure, public bool positive, public bool conserved, public string diagnostic)

export function combinedTransportStability(velocity velocityX, velocity velocityY, diffusivity diffusion, m spacingX, m spacingY, s proposedTimeStep, string scheme)->CombinedTransportStabilityResult

export record CombinedTransportStabilityResult(public double courantX, public double courantY, public double diffusionX, public double diffusionY, public double combinedNumber, public double maximumStableTimeStep, public bool stable, public string scheme)

export function compare(double[] computed, double[] reference) -> ErrorEstimate

export function courantNumber(velocity speed, s timeStep, m cellSize) -> double

export record EulerInterfaceFlux2D(public double mass, public double momentumX, public double momentumY, public double energy, public double maximumWaveSpeed)

export function eulerPressure2D(EulerState2D state, double gamma)->double

export function eulerState2D(double density, double velocityX, double velocityY, double pressure, double gamma)->EulerState2D

export record EulerState2D(public double density, public double momentumX, public double momentumY, public double totalEnergy)

export record EulerSystem2DResult(public EulerState2D[] states, public double[] residualHistory, public double initialMass, public double finalMass, public double initialMomentumX, public double finalMomentumX, public double initialMomentumY, public double finalMomentumY, public double initialEnergy, public double finalEnergy, public int steps, public bool positive, public bool converged, public string diagnostic)

export record FiniteVolumeResult(public double[] values, public double initialIntegral, public double finalIntegral, public double relativeConservationError, public double courantNumber, public double diffusionNumber, public int steps)

export record Incompressible2DResult(public VectorField2D velocity, public ScalarField2D pressure, public double[] residualHistory, public double divergenceL2, public double momentumImbalance, public int iterations, public bool converged, public string status)

export record LidDrivenCavity2DResult(public VectorField2D velocity, public ScalarField2D streamfunction, public ScalarField2D vorticity, public double[] residualHistory, public double divergenceL2, public double kineticEnergy, public int iterations, public bool converged, public string status)

export function rusanovEulerFlux2D(EulerState2D left, EulerState2D right, double gamma, string normal)->EulerInterfaceFlux2D

export function scalarField2D(StructuredGrid2D grid, double[] values, string unitSymbol)->ScalarField2D

export record ScalarField2D(public double[] values, public int cellsX, public int cellsY, public string unitSymbol)

export record ScalarTransport2DResult(public ScalarField2D field, public double initialIntegral, public double finalIntegral, public double relativeConservationError, public double courantX, public double courantY, public double diffusionX, public double diffusionY, public double[] residualHistory, public int steps, public bool converged, public string status)

export function solveEulerSystem2D(StructuredGrid2D grid, EulerState2D[] initial, double gamma, s timeStep, int steps)->EulerSystem2DResult

export function solveIncompressible2D(StructuredGrid2D grid, VectorField2D initialVelocity, ScalarField2D initialPressure, double density, double dynamicViscosity, double pressureGradientX, double pressureGradientY, string mode, s timeStep, int maximumIterations, int pressureIterations, double tolerance, BoundaryCondition2D[] boundaries)->Incompressible2DResult

export function solveLidDrivenCavity2D(StructuredGrid2D grid, velocity lidVelocity, double reynoldsNumber, int maximumIterations, double tolerance)->LidDrivenCavity2DResult

export function solveNavierStokes2D(StructuredGrid2D grid, VectorField2D initialVelocity, ScalarField2D initialPressure, double density, double dynamicViscosity, double pressureGradientX, double pressureGradientY, string mode, s timeStep, int maximumIterations, int pressureIterations, double tolerance, BoundaryCondition2D[] boundaries)->Incompressible2DResult

export function solveScalarTransport2D(StructuredGrid2D grid, ScalarField2D initial, velocity velocityX, velocity velocityY, diffusivity diffusion, s timeStep, string mode, int limit, double tolerance, BoundaryCondition2D[] boundaries)->ScalarTransport2DResult

export function structuredGrid2D(m width, m height, int cellsX, int cellsY, string leftBoundary, string rightBoundary, string bottomBoundary, string topBoundary)->StructuredGrid2D

export record StructuredGrid2D(public m width, public m height, public int cellsX, public int cellsY, public m dx, public m dy, public string leftBoundary, public string rightBoundary, public string bottomBoundary, public string topBoundary)

export function unstructuredFiniteVolumeMesh2D(double[] x, double[] y, int[] triangleNodes, int[] localBoundaryIds)->UnstructuredFiniteVolumeMesh2DResult

export record UnstructuredFiniteVolumeMesh2DResult(public double[] nodeX, public double[] nodeY, public int[] cellNodes, public double[] cellAreas, public double[] cellCenterX, public double[] cellCenterY, public int[] faceOwner, public int[] faceNeighbor, public double[] faceLength, public double[] faceNormalX, public double[] faceNormalY, public int[] boundaryIds, public int cells, public int faces)

export function vectorField2D(StructuredGrid2D grid, double[] x, double[] y, string unitSymbol)->VectorField2D

export record VectorField2D(public double[] x, public double[] y, public int cellsX, public int cellsY, public string unitSymbol)