Numerical::ODESolver< Instance > Class Template Reference

#include <odesolver.h>

List of all members.

Public Types
typedef int(Instance::*	pFun )(double t, double const Y[], double dYdt[])
	Callback function.
typedef void(Instance::*	pUpFun )(double t, double Y[])
	update function (for successful steps)
Public Member Functions
	ODESolver (Instance *p2Inst, pFun p2Fun, size_t NEq, char const *Scheme="RKDP89", double stol=1.0e-6, double h=1.0, double EPSREL=DBL_EPSILON)
	~ODESolver ()
void	Evolve (double tf)
	Evolve from t to tf.
void	Evolve (double tf, double dtOut, char const *Filename)
int	_call_fun (double time, double const y[], double dydt[])
Public Attributes
double	t
	Current time.
double *	Y
	Current vector of state variables.
pUpFun	UpFun
	Update function.
String	Scheme
	Scheme name.
double	STOL
size_t	MaxSS
double	mMin
double	mMax
double	T
double	dTini
double	dT
size_t	SS
	number of sub-steps
size_t	SSs
	number of successful sub-steps

template<typename Instance>
class Numerical::ODESolver< Instance >

---

Member Typedef Documentation

template<typename Instance>

typedef int(Instance::* Numerical::ODESolver< Instance >::pFun)(double t, double const Y[], double dYdt[])

Callback function.

template<typename Instance>

typedef void(Instance::* Numerical::ODESolver< Instance >::pUpFun)(double t, double Y[])

update function (for successful steps)

---

Constructor & Destructor Documentation

template<typename Instance >

Numerical::ODESolver< Instance >::ODESolver	(	Instance *	p2Inst,
		pFun	p2Fun,
		size_t	NEq,
		char const *	Scheme = "RKDP89",
		double	stol = 1.0e-6,
		double	h = 1.0,
		double	EPSREL = DBL_EPSILON
	)		[inline]

template<typename Instance >

Numerical::ODESolver< Instance >::~ODESolver

(

)

[inline]

---

Member Function Documentation

template<typename Instance>

int Numerical::ODESolver< Instance >::_call_fun	(	double	time,
		double const	y[],
		double	dydt[]
	)		[inline]

template<typename Instance >

void Numerical::ODESolver< Instance >::Evolve

(

double

tf

)

[inline]

Evolve from t to tf.

template<typename Instance >

void Numerical::ODESolver< Instance >::Evolve	(	double	tf,
		double	dtOut,
		char const *	Filename
	)		[inline]

---

Member Data Documentation

template<typename Instance>

double Numerical::ODESolver< Instance >::dT

template<typename Instance>

double Numerical::ODESolver< Instance >::dTini

template<typename Instance>

size_t Numerical::ODESolver< Instance >::MaxSS

template<typename Instance>

double Numerical::ODESolver< Instance >::mMax

template<typename Instance>

double Numerical::ODESolver< Instance >::mMin

template<typename Instance>

String Numerical::ODESolver< Instance >::Scheme

Scheme name.

template<typename Instance>

size_t Numerical::ODESolver< Instance >::SS

number of sub-steps

template<typename Instance>

size_t Numerical::ODESolver< Instance >::SSs

number of successful sub-steps

template<typename Instance>

double Numerical::ODESolver< Instance >::STOL

template<typename Instance>

double Numerical::ODESolver< Instance >::t

Current time.

template<typename Instance>

double Numerical::ODESolver< Instance >::T

template<typename Instance>

pUpFun Numerical::ODESolver< Instance >::UpFun

Update function.

template<typename Instance>

double* Numerical::ODESolver< Instance >::Y

Current vector of state variables.

---

The documentation for this class was generated from the following file:

• /home/dorival/mechsys/lib/numerical/odesolver.h