Ode (FsODE)

FsODE

Documentation for 0.0.2

Ode Type

Namespace: Altaxo.Calc.Ode.Obsolete
Assembly: AltaxoCore.Redist.dll
Base Type: obj

Realization of some numerical methods for ODE solving.

Static members

Static member	Description
`Ode.GearBDF(tstart, tfinal, x0, f)` Full Usage: `Ode.GearBDF(tstart, tfinal, x0, f)` Parameters: tstart : `float` - Initial time point tfinal : `float` - Final time x0 : `Vector` - Initial phase vector f : `Func<float, Vector, Vector>` - Right parts of the system Returns: `IEnumerable<SolutionPoint>` Sequence of infinite number of solution points.	Implementation of Gear's BDF method with dynamically changed step size and order. Order changes between 1 and 3. tstart : `float` Initial time point tfinal : `float` Final time x0 : `Vector` Initial phase vector f : `Func<float, Vector, Vector>` Right parts of the system Returns: `IEnumerable<SolutionPoint>` Sequence of infinite number of solution points.
`Ode.GearBDF(t0, x0, f)` Full Usage: `Ode.GearBDF(t0, x0, f)` Parameters: t0 : `float` - Initial time point x0 : `Vector` - Initial phase vector f : `Func<float, Vector, Vector>` - Right parts of the system Returns: `IEnumerable<SolutionPoint>` Sequence of infinite number of solution points.	Implementation of Gear's BDF method with dynamically changed step size and order. Order changes between 1 and 3. t0 : `float` Initial time point x0 : `Vector` Initial phase vector f : `Func<float, Vector, Vector>` Right parts of the system Returns: `IEnumerable<SolutionPoint>` Sequence of infinite number of solution points.
`Ode.GearBDF(tstart, tfinal, x0, f, opts)` Full Usage: `Ode.GearBDF(tstart, tfinal, x0, f, opts)` Parameters: tstart : `float` - Initial time point tfinal : `float` - Final time x0 : `Vector` - Initial phase vector f : `Func<float, Vector, Vector>` - Right parts of the system opts : `Options` - Options for accuracy control and initial step size Returns: `IEnumerable<SolutionPoint>` Sequence of infinite number of solution points.	Implementation of Gear's BDF method with dynamically changed step size and order. Order changes between 1 and 3. tstart : `float` Initial time point tfinal : `float` Final time x0 : `Vector` Initial phase vector f : `Func<float, Vector, Vector>` Right parts of the system opts : `Options` Options for accuracy control and initial step size Returns: `IEnumerable<SolutionPoint>` Sequence of infinite number of solution points.