RungeKutta45OdeSolverSolve(FuncDouble, DoubleVector, DoubleVector, DoubleVector, DoubleVector) Method

public RungeKutta45OdeSolverSolution<DoubleMatrix> Solve(
	Func<double, DoubleVector, DoubleVector> odeFunction,
	DoubleVector timeSpan,
	DoubleVector y0
)

Public Function Solve ( 
	odeFunction As Func(Of Double, DoubleVector, DoubleVector),
	timeSpan As DoubleVector,
	y0 As DoubleVector
) As RungeKutta45OdeSolverSolution(Of DoubleMatrix)

public:
RungeKutta45OdeSolverSolution<DoubleMatrix^>^ Solve(
	Func<double, DoubleVector^, DoubleVector^>^ odeFunction, 
	DoubleVector^ timeSpan, 
	DoubleVector^ y0
)

member Solve : 
        odeFunction : Func<float, DoubleVector, DoubleVector> * 
        timeSpan : DoubleVector * 
        y0 : DoubleVector -> RungeKutta45OdeSolverSolution<DoubleMatrix> 

Parameters

odeFunction  FuncDouble, DoubleVector, DoubleVector

A delegate which evaluates the right hand side of the differential equations.

timeSpan  DoubleVector

A vector specifying the interval if integration [t0, tf]. The solver imposes intitial conditions at t0 and integrates from t0 to tf If the timeSpan vector contains two elements, the solver returns the solution evaluated at every integration step. If the timeSpan vector contains more than two points the solver returns the solution evaluated at the given points. The time values must be in order, either increasing or decreasing.

y0  DoubleVector

Initial value for problem. It is the value of the unknown function y at the initial time value timeSpan[0].

Return Value

Reference