indii::ml::ode Namespace Reference

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Detailed Description

Ordinary differential equations.

Classes
class	AdaptiveRungeKutta
	Adaptive Runge-Kutta method for solving a system of ordinary differential equations. More...
class	AutoCorrelator
	Auto-correlator. More...
class	DifferentialModel
	AdaptiveRungeKutta compatible model. More...
class	EquilibriumSampler
	Samples from equilibrium distribution of a stationary process. More...
class	FunctionCollection
	Collection of functions. More...
class	FunctionModel
	Function specification. More...
class	NumericalSolver
	Abstract numerical solver for a system of differential equations. More...
class	ParameterCollection
	Collection of parameters. More...
Typedefs
typedef double	f_t (double t, const double y[], void *object)
	Function specification.
typedef int	df_t (double t, const double y[], double dydt[], void *params)
	Type of functions for calculating derivatives.

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Typedef Documentation

typedef double f_t(double t, const double y[], void *object)

Function specification.

This specifies the static signature of a time-dependent function. It is one way in which a function may be supplied to a FunctionCollection object, the other being by instantiating an object of type FunctionModel.

Parameters:

	t	The time.
	y	State variable values at time t.
	object	Object passed to the function via the calling object. This is usually the calling object itself, allowing convenient access to related parameters and functions that may be required during evaluation.

Returns:

The calculated value of the function given the arguments.

Definition at line 23 of file FunctionStatic.hpp.

typedef int df_t(double t, const double y[], double dydt[], void *params)

Type of functions for calculating derivatives.

Definition at line 15 of file NumericalSolver.hpp.

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