NumLibSplineInterpolation2T(Double, ComplexT, Double, SplineBoundary, ComplexT, SplineBoundary, ComplexT) Method

Public Shared Function SplineInterpolation2(Of T As {New, Object, IRealNumber(Of T)}) ( 
	x As Double(),
	y As Complex(Of T)(),
	xx As Double(),
	Optional startBoundary As SplineBoundary = SplineBoundary.Natural_Spline,
	Optional startDerivativeValue As Complex(Of T) = Nothing,
	Optional endBoundary As SplineBoundary = SplineBoundary.Natural_Spline,
	Optional endDerivativeValue As Complex(Of T) = Nothing
) As Complex(Of T)()

public:
generic<typename T>
where T : gcnew(), Object, IRealNumber<T>
static array<Complex<T>>^ SplineInterpolation2(
	array<double>^ x, 
	array<Complex<T>>^ y, 
	array<double>^ xx, 
	SplineBoundary startBoundary = SplineBoundary::Natural_Spline, 
	Complex<T> startDerivativeValue = Complex<T>(), 
	SplineBoundary endBoundary = SplineBoundary::Natural_Spline, 
	Complex<T> endDerivativeValue = Complex<T>()
)

static member SplineInterpolation2 : 
        x : float[] * 
        y : Complex<'T>[] * 
        xx : float[] * 
        ?startBoundary : SplineBoundary * 
        ?startDerivativeValue : Complex<'T> * 
        ?endBoundary : SplineBoundary * 
        ?endDerivativeValue : Complex<'T> 
(* Defaults:
        let _startBoundary = defaultArg startBoundary SplineBoundary.Natural_Spline
        let _startDerivativeValue = defaultArg startDerivativeValue new Complex<'T>()
        let _endBoundary = defaultArg endBoundary SplineBoundary.Natural_Spline
        let _endDerivativeValue = defaultArg endDerivativeValue new Complex<'T>()
*)
-> Complex<'T>[]  when 'T : new() and Object and IRealNumber<'T>