I1a2. Initial value problem of ordinary differential equations (for stiff problem)

Functions
void	debdf (int n, void(*f)(int, double, double *, double *), double *t, double y[], double tout, double *rtol, double *atol, int itol, int mode, int itstop, void(*djac)(int, double, double *, int, double *), int idjac, double work[], int lwork, int iwork[], int liwork, int *info)
	Initial value problem of ordinary differential equations (1~5-th order backward differentiation formula (BDF))
void	debdf_r (int n, double *t, double y[], double tout, double *rtol, double *atol, int itol, int mode, int itstop, int idjac, double work[], int lwork, int iwork[], int liwork, int *info, double *tt, double yy[], double yyp[], int ldyypd, double yypd[], int *irev)
	Initial value problem of ordinary differential equations (1~5-th order backward differentiation formula (BDF)) (reverse communication version)
void	radaua (int n, void(*f)(int, double, double *, double *), double *t, double y[], double tout, double tend, double *rtol, double *atol, int itol, void(*fjac)(int, double, double *, int, double *), int ijac, int mljac, int mujac, void(*fmas)(int, int, double *), int imas, int mlmas, int mumas, int mode, double work[], int lwork, int iwork[], int liwork, int *info)
	Initial value problem of ordinary differential equations (variable (5, 9, 13-th) order implicit Runge-Kutta method (Radau IIA))
void	radaua_r (int n, double *t, double y[], double tout, double tend, double *rtol, double *atol, int itol, int ijac, int mljac, int mujac, int imas, int mlmas, int mumas, int mode, double work[], int lwork, int iwork[], int liwork, int *info, double *tt, double yy[], double yyp[], int ldyypd, double yypd[], int *irev)
	Initial value problem of ordinary differential equations (variable (5, 9, 13-th) order implicit Runge-Kutta method (Radau IIA)) (Reverse communication version)
void	rodasa (int n, void(*f)(int, double, double *, double *), int ifcn, double *t, double y[], double tout, double tend, double rtol[], double atol[], int itol, void(*fjac)(int, double, double *, int, double *), int ijac, int mljac, int mujac, void(*fdfx)(int, double, double *, double *), int idfx, void(*fmas)(int, int, double *), int imas, int mlmas, int mumas, int mode, double work[], int lwork, int iwork[], int liwork, int *info)
	Initial value problem of ordinary differential equations (4(3)-th order Rosenbrock method)
void	rodasa_r (int n, int ifcn, double *t, double y[], double tout, double tend, double rtol[], double atol[], int itol, int ijac, int mljac, int mujac, int idfx, int imas, int mlmas, int mumas, int mode, double work[], int lwork, int iwork[], int liwork, int *info, double *tt, double yy[], double yyp[], int ldyypd, double yypd[], int *irev)
	Initial value problem of ordinary differential equations (4(3)-th order Rosenbrock method) (Reverse communication version)
void	seulexa (int n, void(*f)(int, double, double *, double *), int ifcn, double *t, double y[], double tout, double tend, double *rtol, double *atol, int itol, void(*fjac)(int, double, double *, int, double *), int ijac, int mljac, int mujac, void(*fmas)(int, int, double *), int imas, int mlmas, int mumas, int mode, double work[], int lwork, int iwork[], int liwork, int *info)
	Initial value problem of ordinary differential equations (extrapolation method based on the linearly implicit Euler method)
void	seulexa_r (int n, int ifcn, double *t, double y[], double tout, double tend, double *rtol, double *atol, int itol, int ijac, int mljac, int mujac, int imas, int mlmas, int mumas, int mode, double work[], int lwork, int iwork[], int liwork, int *info, double *tt, double yy[], double yyp[], int ldyypd, double yypd[], int *irev)
	Initial value problem of ordinary differential equations (extrapolation method based on the linearly implicit Euler method) (Reverse communication version)

Detailed Description

This is the group of I1a2. Initial value problem of ordinary differential equations (for stiff problem).