 | DigitalRune.Mathematics.Analysis Namespace |
The DigitalRune.Mathematics.Analysis namespace provides types for analysis,
such as numerical integration, root finding, etc.
Classes| Class | Description | |
|---|---|---|
 | BisectionMethodD |
Finds roots using the bisection method (double-precision).
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| BisectionMethodF |
Finds roots using the bisection method (single-precision).
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| ExplicitEulerIntegratorD |
Performs numerical integration using Explicit Euler (double-precision).
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| ExplicitEulerIntegratorF |
Performs numerical integration using Explicit Euler (single-precision).
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| FastFourierTransformD |
Performs Fast Fourier Transform (FFT) (double-precision).
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| FastFourierTransformF |
Performs Fast Fourier Transform (FFT) (single-precision).
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| ImprovedNewtonRaphsonMethodD |
Finds roots using an improved Newton-Raphson method (double-precision).
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| ImprovedNewtonRaphsonMethodF |
Finds roots using an improved Newton-Raphson method (single-precision).
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| IntegratorD |
A base class for numerical integration of a function over an interval (double-precision).
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| IntegratorF |
A base class for numerical integration of a function over an interval (single-precision).
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| MidpointIntegratorD |
Performs numerical integration using Midpoint method (double-precision).
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| MidpointIntegratorF |
Performs numerical integration using Midpoint method (single-precision).
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| NewtonRaphsonMethodD |
Finds roots using the Newton-Raphson method (double-precision).
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| NewtonRaphsonMethodF |
Finds roots using the Newton-Raphson method (single-precision).
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| OdeIntegratorD |
A base class for numerical integration strategies for ordinary differential equations (ODE).
(Double-precision)
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| OdeIntegratorF |
A base class for numerical integration strategies for ordinary differential equations (ODE).
(Single-precision)
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| RegulaFalsiMethodD |
Finds roots using the regula falsi (false position) method (double-precision).
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| RegulaFalsiMethodF |
Finds roots using the regula falsi (false position) method (single-precision).
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| RombergIntegratorD |
Performs numerical integration using the Romberg's method (double-precision).
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| RombergIntegratorF |
Performs numerical integration using the Romberg's method (single-precision).
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| RootFinderD |
A base class for methods which solve a single equation (double-precision).
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| RootFinderF |
A base class for methods which solve a single equation (single-precision).
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| RungeKutta4IntegratorD |
Performs numerical integration using 4th-order Runge-Kutta method (double-precision).
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| RungeKutta4IntegratorF |
Performs numerical integration using 4th-order Runge-Kutta method (single-precision).
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| SimpsonIntegratorD |
Performs numerical integration using the Simpson's rule (double-precision).
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| SimpsonIntegratorF |
Performs numerical integration using the Simpson's rule (single-precision).
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| TrapezoidalIntegratorD |
Performs numerical integration using the extended trapezoidal rule (double-precision).
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| TrapezoidalIntegratorF |
Performs numerical integration using the extended trapezoidal rule (single-precision).
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