SS.Electromagnetics 1.3.0

export function anisotropicPermittivity(double xx, double yy, double zz, double xy, double xz, double yz, string unitName)->PermittivityTensor

export function capacitorEnergy(capacitance value, voltage potential) -> EnergyResult

export function dielectric(string name, double relativePermittivity) -> Dielectric

export record Dielectric(public string name, public double relativePermittivity)

export function dielectricInterface1D(double leftPotential, double rightPotential, double firstLength, double secondLength, double firstPermittivity, double secondPermittivity)->DielectricInterface1D

export record DielectricInterface1D(public double interfacePotential, public double firstField, public double secondField, public double displacement, public double voltageBalanceError, public double displacementJump)

export record ElectrostaticField(public double[] potential, public double[] electricX, public double[] electricY, public double[] electricZ, public double[] displacementX, public double[] displacementY, public double[] displacementZ, public double energy, public double sourceCharge, public double boundaryFlux, public double relativeGaussResidual, public int iterations, public bool converged, public string diagnostic)

export function electrostaticGrid(int columns, int rows, int layers, double width, double height, double depth, double[] permittivity, double[] chargeDensity, bool[] fixedPotential, double[] prescribedPotential, double[] initialPotential, string provenance)->ElectrostaticGrid

export record ElectrostaticGrid(public int columns, public int rows, public int layers, public double width, public double height, public double depth, public double[] permittivity, public double[] chargeDensity, public bool[] fixedPotential, public double[] prescribedPotential, public double[] initialPotential, public string provenance)

export class ElectrostaticLineKernel(public double permittivity, public double elementLength): ElementKernel export function ElectrostaticLineKernel_dofs(ElectrostaticLineKernel self, int element) -> int[]

export function ElectrostaticLineKernel_dofs(ElectrostaticLineKernel self, int element) -> int[]

export function ElectrostaticLineKernel_matrix(ElectrostaticLineKernel self, int element) -> double[]

export function ElectrostaticLineKernel_vector(ElectrostaticLineKernel self, int element) -> double[]

export record ElectrostaticPointResult(public electricField fieldMagnitude, public voltage potential)

export function electrostaticPotential3D(ElectrostaticGrid model, double tolerance, int maximumIterations, double relaxation)->ElectrostaticField

export record EnergyResult(public J stored, public double relativeBalanceError)

export function fieldEnergyIntegral(double[] fieldX, double[] fieldY, double[] fieldZ, double[] fluxX, double[] fluxY, double[] fluxZ, double[] weights, double sourceIntegral, double boundaryFlux, double tolerance)->FieldEnergyIntegralResult

export record FieldEnergyIntegralResult(public double energy, public double sourceIntegral, public double boundaryFlux, public double relativeBalanceResidual, public bool conserved, public string diagnostic)

export function inductorEnergy(inductance value, A current) -> EnergyResult

export function magneticMaterial(string name, double relativePermeability) -> MagneticMaterial

export record MagneticMaterial(public string name, public double relativePermeability)

export function magneticVectorPotential2D(MagnetostaticGrid2D model, double tolerance, int maximumIterations, double relaxation)->MagnetostaticField2D

export record MagnetostaticField2D(public double[] vectorPotential, public double[] fluxDensityX, public double[] fluxDensityY, public double energy, public double sourceCurrent, public double boundaryCirculation, public double relativeAmpereResidual, public int iterations, public bool converged, public string diagnostic)

export function magnetostaticGrid2D(int columns, int rows, double width, double height, double[] permeability, double[] currentDensity, bool[] fixedPotential, double[] prescribedPotential, double[] initialPotential, string provenance)->MagnetostaticGrid2D

export record MagnetostaticGrid2D(public int columns, public int rows, public double width, public double height, public double[] permeability, public double[] currentDensity, public bool[] fixedPotential, public double[] prescribedPotential, public double[] initialPotential, public string provenance)

export function parallelPlateCapacitance(Dielectric material, area plateArea, m separation) -> capacitance

export record PermittivityTensor(public double xx, public double yy, public double zz, public double xy, public double xz, public double yz, public string unitName, public bool positiveDefinite)

export function planeWave(permeability magnetic, permittivity electric) -> PlaneWaveResult

export record PlaneWaveResult(public velocity speed, public resistance impedance)

export function pointCharge(charge source, permittivity medium, m radius) -> ElectrostaticPointResult

export function reflectionCoefficient(resistance incident, resistance transmitted) -> double

export function solenoidInductance(MagneticMaterial material, int turns, area crossSection, m length) -> inductance

export function solveElectrostatic(ElectrostaticGrid model, double tolerance, int maximumIterations, double relaxation)->ElectrostaticField

export function solveMagnetostatic2D(MagnetostaticGrid2D model, double tolerance, int maximumIterations, double relaxation)->MagnetostaticField2D

export function solvePotentialLine(voltage left, voltage right, m length, permittivity medium, int elements) -> voltage[]