BarycentricSeries.GetFloaterHormannInterpolator Method

Definition

Namespace: Numerics.NET.Curves
Assembly: Numerics.NET (in Numerics.NET.dll) Version: 10.5.0

Overload List

GetFloaterHormannInterpolator(Double[], Double[], Int32)	Constructs the Floater-Hormann rational interpolant through a set of points.
GetFloaterHormannInterpolator(Vector<Double>, Vector<Double>, Int32)	Constructs a Floater-Hormann interpolating rational function through a set of points.
GetFloaterHormannInterpolator(Func<Double, Double>, Double, Double, Int32, Int32)	Constructs the Floater-Hormann rational interpolant for the given function over equidistant nodes.

GetFloaterHormannInterpolator(Double[], Double[], Int32)

Constructs the Floater-Hormann rational interpolant through a set of points.

public static BarycentricSeries GetFloaterHormannInterpolator(
	double[] xValues,
	double[] yValues,
	int order
)

Visual Basic

Public Shared Function GetFloaterHormannInterpolator ( 
	xValues As Double(),
	yValues As Double(),
	order As Integer
) As BarycentricSeries

C++/CLI

public:
static BarycentricSeries^ GetFloaterHormannInterpolator(
	array<double>^ xValues, 
	array<double>^ yValues, 
	int order
)

static member GetFloaterHormannInterpolator : 
        xValues : float[] * 
        yValues : float[] * 
        order : int -> BarycentricSeries

Parameters

xValues Double[]: The x-coordinates of the interpolation points.
yValues Double[]: The y-coordinates of the interpolation points.
order Int32: The blending order (must be less than the number of points).

Return Value

BarycentricSeries
A BarycentricSeries using the Floater-Hormann basis.

Exceptions

ArgumentNullException	xValues or yValues is null.
DimensionMismatchException	The lengths of xValues and yValues do not match.
ArgumentOutOfRangeException	order is less than 1 or greater than or equal to the number of points.

GetFloaterHormannInterpolator(Vector<Double>, Vector<Double>, Int32)

Constructs a Floater-Hormann interpolating rational function through a set of points.

public static BarycentricSeries GetFloaterHormannInterpolator(
	Vector<double> xValues,
	Vector<double> yValues,
	int order
)

Visual Basic

Public Shared Function GetFloaterHormannInterpolator ( 
	xValues As Vector(Of Double),
	yValues As Vector(Of Double),
	order As Integer
) As BarycentricSeries

C++/CLI

public:
static BarycentricSeries^ GetFloaterHormannInterpolator(
	Vector<double>^ xValues, 
	Vector<double>^ yValues, 
	int order
)

static member GetFloaterHormannInterpolator : 
        xValues : Vector<float> * 
        yValues : Vector<float> * 
        order : int -> BarycentricSeries

Parameters

xValues Vector<Double>: A vector containing the x-coordinates of the interpolation points. The elements of this array must be distinct.
yValues Vector<Double>: A vector containing the y-coordinates of the interpolation points.
order Int32: The order or blending parameter of the Floater-Hormann basis.

Return Value

BarycentricSeries
The interpolating BarycentricSeries for the specified points.

Exceptions

ArgumentNullException

xValues is null.

-or-

yValues is null.

DimensionMismatchException

The arrays xValues and yValues have different lengths.

ArgumentOutOfRangeException

order is less than zero or greater than or equal to the length of xValues and yValues.

GetFloaterHormannInterpolator(Func<Double, Double>, Double, Double, Int32, Int32)

Constructs the Floater-Hormann rational interpolant for the given function over equidistant nodes.

public static BarycentricSeries GetFloaterHormannInterpolator(
	Func<double, double> function,
	double lowerBound,
	double upperBound,
	int length,
	int order
)

Visual Basic

Public Shared Function GetFloaterHormannInterpolator ( 
	function As Func(Of Double, Double),
	lowerBound As Double,
	upperBound As Double,
	length As Integer,
	order As Integer
) As BarycentricSeries

C++/CLI

public:
static BarycentricSeries^ GetFloaterHormannInterpolator(
	Func<double, double>^ function, 
	double lowerBound, 
	double upperBound, 
	int length, 
	int order
)

static member GetFloaterHormannInterpolator : 
        function : Func<float, float> * 
        lowerBound : float * 
        upperBound : float * 
        length : int * 
        order : int -> BarycentricSeries

Parameters

function Func<Double, Double>: The function to interpolate.
lowerBound Double: The lower bound of the interval.
upperBound Double: The upper bound of the interval.
length Int32: The number of nodes.
order Int32: The blending order.

Return Value

BarycentricSeries
A BarycentricSeries using the Floater-Hormann basis.

Exceptions

ArgumentNullException	function is null.
ArgumentOutOfRangeException	length is less than 1, or order is less than 1 or greater than or equal to length.

BarycentricSeries.GetFloaterHormannInterpolator Method

Definition

Overload List

GetFloaterHormannInterpolator(Double[], Double[], Int32)

Parameters

Return Value

Exceptions

GetFloaterHormannInterpolator(Vector<Double>, Vector<Double>, Int32)

Parameters

Return Value

Exceptions

GetFloaterHormannInterpolator(Func<Double, Double>, Double, Double, Int32, Int32)

Parameters

Return Value

Exceptions

See Also

Reference