NumericalIntegrator2D.Integrate Method

public double Integrate()

Public Function Integrate As Double

public:
double Integrate()

member Integrate : unit -> float 

Return Value

This method performs the actual numerical integration using the Integrand and integration region specified by the XLowerBound and XUpperBound in the X direction and YLowerBound and YUpperBound in the Y direction. After this method returns, inspect the Status property to verify that the algorithm terminated normally.

public double Integrate(
	ParallelOptions parallelOptions
)

Public Function Integrate ( 
	parallelOptions As ParallelOptions
) As Double

public:
double Integrate(
	ParallelOptions^ parallelOptions
)

member Integrate : 
        parallelOptions : ParallelOptions -> float 

Parameters

parallelOptions  ParallelOptions

A ParallelOptions value that specifies the parallel behavior of the algorithm.

Return Value

This method performs the actual numerical integration using the Integrand and integration region specified by the XLowerBound and XUpperBound in the X direction and YLowerBound and YUpperBound in the Y direction. After this method returns, inspect the Status property to verify that the algorithm terminated normally.

public double Integrate(
	double xLowerBound,
	double xUpperBound,
	double yLowerBound,
	double yUpperBound
)

Public Function Integrate ( 
	xLowerBound As Double,
	xUpperBound As Double,
	yLowerBound As Double,
	yUpperBound As Double
) As Double

public:
double Integrate(
	double xLowerBound, 
	double xUpperBound, 
	double yLowerBound, 
	double yUpperBound
)

member Integrate : 
        xLowerBound : float * 
        xUpperBound : float * 
        yLowerBound : float * 
        yUpperBound : float -> float 

Parameters

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.

yLowerBound  Double

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

yUpperBound  Double

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.

public double Integrate(
	double xLowerBound,
	double xUpperBound,
	double yLowerBound,
	double yUpperBound,
	ParallelOptions parallelOptions
)

Public Function Integrate ( 
	xLowerBound As Double,
	xUpperBound As Double,
	yLowerBound As Double,
	yUpperBound As Double,
	parallelOptions As ParallelOptions
) As Double

public:
double Integrate(
	double xLowerBound, 
	double xUpperBound, 
	double yLowerBound, 
	double yUpperBound, 
	ParallelOptions^ parallelOptions
)

member Integrate : 
        xLowerBound : float * 
        xUpperBound : float * 
        yLowerBound : float * 
        yUpperBound : float * 
        parallelOptions : ParallelOptions -> float 

Parameters

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.

yLowerBound  Double

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

yUpperBound  Double

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

parallelOptions  ParallelOptions

A ParallelOptions value that specifies the parallel behavior of the algorithm.

Return Value

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

public double Integrate(
	Func<double, double, double> integrand,
	double xLowerBound,
	double xUpperBound,
	double yLowerBound,
	double yUpperBound
)

Public Function Integrate ( 
	integrand As Func(Of Double, Double, Double),
	xLowerBound As Double,
	xUpperBound As Double,
	yLowerBound As Double,
	yUpperBound As Double
) As Double

public:
double Integrate(
	Func<double, double, double>^ integrand, 
	double xLowerBound, 
	double xUpperBound, 
	double yLowerBound, 
	double yUpperBound
)

member Integrate : 
        integrand : Func<float, float, float> * 
        xLowerBound : float * 
        xUpperBound : float * 
        yLowerBound : float * 
        yUpperBound : 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.

yLowerBound  Double

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

yUpperBound  Double

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.

public double Integrate(
	Func<double, double, double> integrand,
	double xLowerBound,
	double xUpperBound,
	double yLowerBound,
	double yUpperBound,
	ParallelOptions parallelOptions
)

Public Function Integrate ( 
	integrand As Func(Of Double, Double, Double),
	xLowerBound As Double,
	xUpperBound As Double,
	yLowerBound As Double,
	yUpperBound As Double,
	parallelOptions As ParallelOptions
) As Double

public:
double Integrate(
	Func<double, double, double>^ integrand, 
	double xLowerBound, 
	double xUpperBound, 
	double yLowerBound, 
	double yUpperBound, 
	ParallelOptions^ parallelOptions
)

member Integrate : 
        integrand : Func<float, float, float> * 
        xLowerBound : float * 
        xUpperBound : float * 
        yLowerBound : float * 
        yUpperBound : float * 
        parallelOptions : ParallelOptions -> 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.

yLowerBound  Double

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

yUpperBound  Double

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

parallelOptions  ParallelOptions

A ParallelOptions value that specifies the parallel behavior of the algorithm.

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