Repeated1DIntegrator2D.Integrate Method

public double Integrate(
	Func<double, double, double> integrand,
	double xLowerBound,
	double xUpperBound,
	Func<double, double> yLowerBoundFunction,
	Func<double, double> yUpperBoundFunction
)

Public Function Integrate ( 
	integrand As Func(Of Double, Double, Double),
	xLowerBound As Double,
	xUpperBound As Double,
	yLowerBoundFunction As Func(Of Double, Double),
	yUpperBoundFunction As Func(Of Double, Double)
) As Double

public:
double Integrate(
	Func<double, double, double>^ integrand, 
	double xLowerBound, 
	double xUpperBound, 
	Func<double, double>^ yLowerBoundFunction, 
	Func<double, double>^ yUpperBoundFunction
)

member Integrate : 
        integrand : Func<float, float, float> * 
        xLowerBound : float * 
        xUpperBound : float * 
        yLowerBoundFunction : Func<float, float> * 
        yUpperBoundFunction : Func<float, float> -> float 

Parameters

integrand  Func<Double, Double, Double>

A delegate that represents a function of two variables that specifies the function to integrate.

xLowerBound  Double

The lower limit of the integration region in the X direction.

xUpperBound  Double

The upper limit of the integration region in the X direction.

yLowerBoundFunction  Func<Double, Double>

The function that computes the lower limit of the integration region in the Y direction.

yUpperBoundFunction  Func<Double, Double>

The function that computes the upper limit of the integration region in the Y direction.

Return Value

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

Reference