OnWaferGoldComputeSmoothT(Double, T, T, Double, Double, Int32, Double, ComplexT) Method
Compute Smooth
Namespace: Metas.Vna.DataAssembly: Metas.Vna.Data (in Metas.Vna.Data.dll) Version: 2.9.9435.16925
public static Complex<T>[] ComputeSmooth<T>(
double f,
T mu0,
T sigma_bulk,
double x_start,
double x_stop,
int n,
out double[] x_grid,
out Complex<T>[] db_dx
)
where T : new(), Object, IRealNumber<T>
Public Shared Function ComputeSmooth(Of T As {New, Object, IRealNumber(Of T)}) (
f As Double,
mu0 As T,
sigma_bulk As T,
x_start As Double,
x_stop As Double,
n As Integer,
<OutAttribute> ByRef x_grid As Double(),
<OutAttribute> ByRef db_dx As Complex(Of T)()
) As Complex(Of T)()
public:
generic<typename T>
where T : gcnew(), Object, IRealNumber<T>
static array<Complex<T>>^ ComputeSmooth(
double f,
T mu0,
T sigma_bulk,
double x_start,
double x_stop,
int n,
[OutAttribute] array<double>^% x_grid,
[OutAttribute] array<Complex<T>>^% db_dx
)
static member ComputeSmooth :
f : float *
mu0 : 'T *
sigma_bulk : 'T *
x_start : float *
x_stop : float *
n : int *
x_grid : float[] byref *
db_dx : Complex<'T>[] byref -> Complex<'T>[] when 'T : new() and Object and IRealNumber<'T>
- f Double
- Frequency / Hz
- mu0 T
- Vacuum Magnetic Permeability / (Vs/Am)
- sigma_bulk T
- Electrical Conductivity / (S/m)
- x_start Double
- X Start / m
- x_stop Double
- X Stop / m
- n Int32
- Number of Points
- x_grid Double
- X Grid / m
- db_dx ComplexT
- Derivate of the Normalized Magnetic Field / (Vs/m^3)
- T
- Real Number Type
ComplexTNormalized Magnetic Field / (Vs/m^2)