LinearInterpolatorFComplexApply Method

public override RetArray<fcomplex> Apply(
	InArray<float> X,
	InCell arguments = null
)

Public Overrides Function Apply ( 
	X As InArray(Of Single),
	Optional arguments As InCell = Nothing
) As RetArray(Of fcomplex)

Dim instance As LinearInterpolatorFComplex
Dim X As InArray(Of Single)
Dim arguments As InCell
Dim returnValue As RetArray(Of fcomplex)

returnValue = instance.Apply(X, arguments)

// Define some sample points as a function: f(x) = sin(x);
Array<fcomplex> X = linspace<fcomplex>(-pi, pi, 10);
Array<fcomplex> V = sin(X);

// Create Interpolator Object order 5
using (var interp = new LinearInterpolatorSingle(V, X)) 
{ 
    // Get some random scalar values
    fcomplex val1 = (fcomplex)interp.Apply(0.024);
    fcomplex val2 = (fcomplex)interp.Apply(-0.21);

    // Get 10 linear spaced values defined on range (-0.5, 1.25)
    Array<fcomplex> valRange = interp.Apply(linspace<fcomplex>(-0.5, 1.25, 10));

    // Get 30 interpolated values using Xn query points defined as array[3 x 2 x 5]
    Array<fcomplex> Xn = counter(0.0, 0.1, 3, 2, 5);
    Array<fcomplex> Vn = interp.Apply(Xn);
}