AdaptiveIntegrator.Integrate Method

public double Integrate(
	Func<double, double> integrand,
	double lowerBound,
	double upperBound,
	double[] singularities
)

Public Function Integrate ( 
	integrand As Func(Of Double, Double),
	lowerBound As Double,
	upperBound As Double,
	singularities As Double()
) As Double

public:
double Integrate(
	Func<double, double>^ integrand, 
	double lowerBound, 
	double upperBound, 
	array<double>^ singularities
)

member Integrate : 
        integrand : Func<float, float> * 
        lowerBound : float * 
        upperBound : float * 
        singularities : float[] -> float 

Parameters

integrand  Func<Double, Double>

A delegate that represents a function of one variable that specifies the function to integrate.

lowerBound  Double

The lower limit of the integration interval.

upperBound  Double

The upper limit of the integration interval.

singularities  Double[]

A Double array containing the points where the integration might encounter difficulties.

Return Value

This method performs the actual numerical integration. After this method returns, inspect the AlgorithmStatus property to verify that the algorithm terminated normally.

Depending on the nature of the integrand and the desired accuracy, this operation may take a long time to complete.

If the SetSingularities(Double[]) method has been called with at least one parameter, then Extrapolation is always used.

Reference