関数
void	dassl (int n, void(res)(int, double, double , double , double , int ), double t, double y[], double yp[], double tout, int iopt[], double rtol, double atol, void(jac)(int, double, double , double , int, double , double), double work[], int lwork, int iwork[], int liwork, int *info)
	微分代数方程式(DAE) (1〜5次後退微分公式 (BDF))

void	dassl_r (int n, double t, double y[], double yp[], double tout, int iopt[], double rtol, double atol, double work[], int lwork, int iwork[], int liwork, int info, double tt, double yyp[], int ldyypd, double yypd[], double cj, int ires, int irev)
	微分代数方程式(DAE) (1〜5次後退微分公式 (BDF)) (リバースコミュニケーション版)

void	radau (int n, void(f)(int, double, double , double ), double t, double y[], double tout, double rtol, double atol, int itol, void(jac)(int, double, double , int, double ), int ijac, int mljac, int mujac, void(mas)(int, int, double ), int imas, int mlmas, int mumas, void(solout)(int, double, double, double , int, double , int ), int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int info)
	常微分方程式の初期値問題 (次数(5, 9, 13次)自動選択の陰的ルンゲ・クッタ法 (ラダウIIA法))

void	radau5 (int n, void(f)(int, double, double , double ), double t, double y[], double tout, double rtol, double atol, int itol, void(jac)(int, double, double , int, double ), int ijac, int mljac, int mujac, void(mas)(int, int, double ), int imas, int mlmas, int mumas, void(solout)(int, double, double, double , int, double , int ), int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int info)
	常微分方程式の初期値問題 (5次の陰的ルンゲ・クッタ法 (ラダウIIA法))

void	radau5_r (int n, double t, double y[], double tout, double rtol, double atol, int itol, int ijac, int mljac, int mujac, int imas, int mlmas, int mumas, int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int info, double tt, double yy[], double yyp[], int ldyypd, double yypd[], int irtrn, int *irev)
	常微分方程式の初期値問題 (5次の陰的ルンゲ・クッタ法 (ラダウIIA法)) (リバースコミュニケーション版)

void	radau_r (int n, double t, double y[], double tout, double rtol, double atol, int itol, int ijac, int mljac, int mujac, int imas, int mlmas, int mumas, int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int info, double tt, double yy[], double yyp[], int ldyypd, double yypd[], int irtrn, int *irev)
	常微分方程式の初期値問題 (次数(5, 9, 13次)自動選択の陰的ルンゲ・クッタ法 (ラダウIIA法)) (リバースコミュニケーション版)

void	radaup (int n, void(f)(int, double, double , double ), double t, double y[], double tout, double rtol, double atol, int itol, void(jac)(int, double, double , int, double ), int ijac, int mljac, int mujac, void(mas)(int, int, double ), int imas, int mlmas, int mumas, void(solout)(int, double, double, double , int, double , int ), int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int info)
	常微分方程式の初期値問題 (5, 9, 13次の陰的ルンゲ・クッタ法 (ラダウIIA法))

void	radaup_r (int n, double t, double y[], double tout, double rtol, double atol, int itol, int ijac, int mljac, int mujac, int imas, int mlmas, int mumas, int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int info, double tt, double yy[], double yyp[], int ldyypd, double yypd[], int irtrn, int *irev)
	常微分方程式の初期値問題 (5, 9, 13次の陰的ルンゲ・クッタ法 (ラダウIIA法)) (リバースコミュニケーション版)

void	rodas (int n, void(f)(int, double, double , double ), int ifcn, double t, double y[], double tout, double rtol[], double atol[], int itol, void(jac)(int, double, double , int, double ), int ijac, int mljac, int mujac, void(dfx)(int, double, double , double ), int idfx, void(mas)(int, int, double ), int imas, int mlmas, int mumas, void(solout)(int, double, double, double , int, double , int ), int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int *info)
	常微分方程式の初期値問題 (4(3)次ローゼンブロック法)

void	rodas_r (int n, int ifcn, double t, double y[], double tout, double rtol[], double atol[], int itol, int ijac, int mljac, int mujac, int idfx, int imas, int mlmas, int mumas, int iout, double work[], int lwork, int iwork[], int liwork, double cont[], int lcont, int info, double tt, double yy[], double yyp[], int ldyypd, double yypd[], int irtrn, int *irev)
	常微分方程式の初期値問題 (4(3)次ローゼンブロック法) (リバースコミュニケーション版)

void	seulex (int n, void(f)(int, double, double , double ), int ifcn, double t, double y[], double tout, double rtol, double atol, int itol, void(jac)(int, double, double , int, double ), int ijac, int mljac, int mujac, void(mas)(int, int, double ), int imas, int mlmas, int mumas, void(solout)(int, double, double, double , int, double , int , int ), int iout, double work[], int lwork, int iwork[], int liwork, double rcont[], int lrcont, int icont[], int licont, int *info)
	常微分方程式の初期値問題 (補外法 (線形陰的オイラー法))

void	seulex_r (int n, int ifcn, double t, double y[], double tout, double rtol, double atol, int itol, int ijac, int mljac, int mujac, int imas, int mlmas, int mumas, int iout, double work[], int lwork, int iwork[], int liwork, double rcont[], int lrcont, int icont[], int licont, int info, double tt, double yy[], double yyp[], int ldyypd, double yypd[], int irtrn, int *irev)
	常微分方程式の初期値問題 (補外法 (線形陰的オイラー法)) (リバースコミュニケーション版)

詳解

I1a2. 常微分方程式の初期値問題 (スティフ関数) プログラムを表示しています.