MultiFunctionMathIntegrateOde(FuncDouble, IReadOnlyListDouble, IReadOnlyListDouble, Double, IReadOnlyListDouble, Double, MultiOdeSettings) Method

public static MultiOdeResult IntegrateOde(
	Func<double, IReadOnlyList<double>, IReadOnlyList<double>> rhs,
	double x0,
	IReadOnlyList<double> y0,
	double x1,
	MultiOdeSettings settings
)

Public Shared Function IntegrateOde ( 
	rhs As Func(Of Double, IReadOnlyList(Of Double), IReadOnlyList(Of Double)),
	x0 As Double,
	y0 As IReadOnlyList(Of Double),
	x1 As Double,
	settings As MultiOdeSettings
) As MultiOdeResult

public:
static MultiOdeResult^ IntegrateOde(
	Func<double, IReadOnlyList<double>^, IReadOnlyList<double>^>^ rhs, 
	double x0, 
	IReadOnlyList<double>^ y0, 
	double x1, 
	MultiOdeSettings^ settings
)

static member IntegrateOde : 
        rhs : Func<float, IReadOnlyList<float>, IReadOnlyList<float>> * 
        x0 : float * 
        y0 : IReadOnlyList<float> * 
        x1 : float * 
        settings : MultiOdeSettings -> MultiOdeResult 

Parameters

rhs  FuncDouble, IReadOnlyListDouble, IReadOnlyListDouble

The right hand side function, which returns the value of the derivative given the values of the independent variable and the function.

x0  Double

The initial value of the independent variable.

y0  IReadOnlyListDouble

The initial value of the function.

x1  Double

The final value of the independent variable.

settings  MultiOdeSettings

The settings to use when solving the problem.

Return Value

This method integrates a set of coupled ordinary differential equations. The dependent variable y is a vector with any number of components, and the right-hand-side is a vector-valued function that gives the derivative of each component. Each component's derivative may depend itself and any other components, as well as on the independent variable. The independent variable x still takes only a single real value.

Reference