NewtonRaphsonSolver Constructor

Definition

Namespace: Numerics.NET.EquationSolvers
Assembly: Numerics.NET (in Numerics.NET.dll) Version: 9.0.4

Overload List

NewtonRaphsonSolver()	Constructs a new NewtonRaphsonSolver object.
NewtonRaphsonSolver(Func<Double, Double>, Func<Double, Double>, Double)	Constructs a new NewtonRaphsonSolver object.
NewtonRaphsonSolver(Func<Double, ValueTuple<Double, Double>>, Double, ConvergenceCriterion, Double)	Constructs a new NewtonRaphsonSolver object.
NewtonRaphsonSolver(Func<Double, Double>, Func<Double, Double>, Double, ConvergenceCriterion, Double)	Constructs a new NewtonRaphsonSolver object.

NewtonRaphsonSolver

Constructs a new NewtonRaphsonSolver object.

public NewtonRaphsonSolver()

Visual Basic

Public Sub New

C++/CLI

public:
NewtonRaphsonSolver()

new : unit -> NewtonRaphsonSolver

NewtonRaphsonSolver(Func<Double, Double>, Func<Double, Double>, Double)

Constructs a new NewtonRaphsonSolver object.

public NewtonRaphsonSolver(
	Func<double, double> targetFunction,
	Func<double, double> derivativeOfTargetFunction,
	double x0
)

Visual Basic

Public Sub New ( 
	targetFunction As Func(Of Double, Double),
	derivativeOfTargetFunction As Func(Of Double, Double),
	x0 As Double
)

C++/CLI

public:
NewtonRaphsonSolver(
	Func<double, double>^ targetFunction, 
	Func<double, double>^ derivativeOfTargetFunction, 
	double x0
)

new : 
        targetFunction : Func<float, float> * 
        derivativeOfTargetFunction : Func<float, float> * 
        x0 : float -> NewtonRaphsonSolver

Parameters

targetFunction Func<Double, Double>: A delegate that represents a function of one variable delegate that specifies the target function.
derivativeOfTargetFunction Func<Double, Double>: A delegate that represents a function of one variable delegate that specifies the derivative of the target function.
x0 Double: The initial guess for the root.

NewtonRaphsonSolver(Func<Double, ValueTuple<Double, Double>>, Double, ConvergenceCriterion, Double)

Constructs a new NewtonRaphsonSolver object.

public NewtonRaphsonSolver(
	Func<double, (double , double )> targetFunctionWithDerivative,
	double x0,
	ConvergenceCriterion convergenceCriterion,
	double tolerance
)

Visual Basic

Public Sub New ( 
	targetFunctionWithDerivative As Func(Of Double, ( As Double,  As Double)),
	x0 As Double,
	convergenceCriterion As ConvergenceCriterion,
	tolerance As Double
)

C++/CLI

public:
NewtonRaphsonSolver(
	Func<double, ValueTuple<double, double>>^ targetFunctionWithDerivative, 
	double x0, 
	ConvergenceCriterion convergenceCriterion, 
	double tolerance
)

new : 
        targetFunctionWithDerivative : Func<float, ValueTuple<float, float>> * 
        x0 : float * 
        convergenceCriterion : ConvergenceCriterion * 
        tolerance : float -> NewtonRaphsonSolver

Parameters

targetFunctionWithDerivative Func<Double, ValueTuple<Double, Double>>: A delegate that returns a function of one variable that specifies the target function, and its derivative.
x0 Double: The initial guess for the root.
convergenceCriterion ConvergenceCriterion: One of the ConvergenceCriterion values that specifies the criterion that is to be used in the convergence test for the algorithm.
tolerance Double: The tolerance to use when approximating the roots of the target function.

Exceptions

ArgumentOutOfRangeException

The tolerance is less than zero.

NewtonRaphsonSolver(Func<Double, Double>, Func<Double, Double>, Double, ConvergenceCriterion, Double)

Constructs a new NewtonRaphsonSolver object.

public NewtonRaphsonSolver(
	Func<double, double> targetFunction,
	Func<double, double> derivativeOfTargetFunction,
	double x0,
	ConvergenceCriterion convergenceCriterion,
	double tolerance
)

Visual Basic

Public Sub New ( 
	targetFunction As Func(Of Double, Double),
	derivativeOfTargetFunction As Func(Of Double, Double),
	x0 As Double,
	convergenceCriterion As ConvergenceCriterion,
	tolerance As Double
)

C++/CLI

public:
NewtonRaphsonSolver(
	Func<double, double>^ targetFunction, 
	Func<double, double>^ derivativeOfTargetFunction, 
	double x0, 
	ConvergenceCriterion convergenceCriterion, 
	double tolerance
)

new : 
        targetFunction : Func<float, float> * 
        derivativeOfTargetFunction : Func<float, float> * 
        x0 : float * 
        convergenceCriterion : ConvergenceCriterion * 
        tolerance : float -> NewtonRaphsonSolver

Parameters

targetFunction Func<Double, Double>: A delegate that represents a function of one variable delegate that specifies the target function.
derivativeOfTargetFunction Func<Double, Double>: A delegate that represents a function of one variable delegate that specifies the derivative of the target function.
x0 Double: The initial guess for the root.
convergenceCriterion ConvergenceCriterion: One of the ConvergenceCriterion values that specifies the criterion that is to be used in the convergence test for the algorithm.
tolerance Double: The tolerance to use when approximating the roots of the target function.

Exceptions

ArgumentOutOfRangeException

The tolerance is less than zero.

NewtonRaphsonSolver Constructor

Definition

Overload List

NewtonRaphsonSolver

NewtonRaphsonSolver(Func<Double, Double>, Func<Double, Double>, Double)

Parameters

NewtonRaphsonSolver(Func<Double, ValueTuple<Double, Double>>, Double, ConvergenceCriterion, Double)

Parameters

Exceptions

NewtonRaphsonSolver(Func<Double, Double>, Func<Double, Double>, Double, ConvergenceCriterion, Double)

Parameters

Exceptions

See Also

Reference