Data Types
interface	lnsrch

Public Member Functions
subroutine	mnbrak (ax, bx, cx, fa, fb, fc, func_OCT)

real(sp) function	func_oct (x)

real(sp) function, dimension(size(x))	dfunc (x)

real(sp) function	brent (ax, bx, cx, func_OCT, tol, xmin)

subroutine	mnbrak (ax, bx, cx, fa, fb, fc, func_OCT)

subroutine	linmin (p, xi, fret)

subroutine	lnsrch (xold, fold, g, p, x, f, stpmax, check, func_OCT)

subroutine	functional_fcrab_minimization (OCT_As, OCT_Bs, ftol, iter, fret)
	This routine minimizes the CRAB functional func_OCT(P_OCT=(OCT_As,OCT_Bs)) This is the function to minimize f(P_OCT) with P_OCT=(OCT_As,OCT_Bs) More...

subroutine	truncatednewton_func_dfunc (N, X, F, G)

subroutine	sa (N, X, MAX, RT, EPS, NS, NT, NEPS, MAXEVL, LB, UB, C, IPRINT, T, VM, XOPT, FOPT, NACC, NFCNEV, NOBDS, IER, FSTAR, XP, NACP)

double precision function	exprep (RDUM)

subroutine	prt1

subroutine	prt2 (MAX, N, X, F)

subroutine	prt3 (MAX, N, XP, X, FP, F)

subroutine	prt4 (MAX, N, XP, X, FP, F)

subroutine	prt5

subroutine	prt6 (MAX)

subroutine	prt7 (MAX)

subroutine	prt8 (N, VM, XOPT, X)

subroutine	prt9 (MAX, N, T, XOPT, VM, FOPT, NUP, NDOWN, NREJ, LNOBDS, NNEW)

subroutine	prt10

subroutine	prtvec (VECTOR, NCOLS, NAME)

subroutine	tnbc (IERROR, N, X, F, G, W, LW, SFUN, LOW, UP, IPIVOT)

subroutine	lmqn (IFAIL, N, X, F, G, W, LW, SFUN, MSGLVL, MAXIT, MAXFUN, ETA, STEPMX, ACCRCY, XTOL)

subroutine	lmqnbc (IFAIL, N, X, F, G, W, LW, SFUN, LOW, UP, IPIVOT, MSGLVL, MAXIT, MAXFUN, ETA, STEPMX, ACCRCY, XTOL)

subroutine	monit (N, X, F, G, NITER, NFTOTL, NFEVAL, IRESET, IPIVOT)

subroutine	ztime (N, X, IPIVOT)

subroutine	stpmax (STEPMX, PE, SPE, N, X, P, IPIVOT, LOW, UP)

subroutine	modz (N, X, P, IPIVOT, EPSMCH, LOW, UP, FLAST, FNEW)

subroutine	cnvtst (CONV, ALPHA, PNORM, TOLEPS, XNORM, DIFNEW, RTLEPS, FTEST, GTG, PEPS, EPSMCH, GTPNEW, FNEW, FLAST, G, IPIVOT, N, ACCRCY)

subroutine	crash (N, X, IPIVOT, LOW, UP, IER)

subroutine	modlnp (MODET, ZSOL, GV, R, V, DIAGB, EMAT, X, G, ZK, N, W, LW, NITER, MAXIT, NFEVAL, NMODIF, NLINCG, UPD1, YKSK, GSK, YRSR, LRESET, SFUN, BOUNDS, IPIVOT, ACCRCY, GTP, GNORM, XNORM)

subroutine	ndia3 (N, E, V, GV, R, VGV, MODET)

subroutine	negvec (N, V)

subroutine	lsout (ILOC, ITEST, XMIN, FMIN, GMIN, XW, FW, GW, U, A, B, TOL, EPS, SCXBD, XLAMDA)

double precision function	step1 (FNEW, FM, GTP, SMAX)

double precision function	mchpr1 ()

subroutine	chkucp (LWTEST, MAXFUN, NWHY, N, ALPHA, EPSMCH, ETA, PEPS, RTEPS, RTOL, RTOLSQ, STEPMX, TEST, XTOL, XNORM, X, LW, SMALL, TINY, ACCRCY)

subroutine	setucr (SMALL, NFTOTL, NITER, N, F, FNEW, FM, GTG, OLDF, SFUN, G, X)

subroutine	gtims (V, GV, N, X, G, W, LW, SFUN, FIRST, DELTA, ACCRCY, XNORM)

subroutine	msolve (G, Y, N, W, LW, UPD1, YKSK, GSK, YRSR, LRESET, FIRST)

subroutine	mslv (G, Y, N, SK, YK, DIAGB, SR, YR, HYR, HG, HYK, UPD1, YKSK, GSK, YRSR, LRESET, FIRST)

subroutine	ssbfgs (N, GAMMA, SJ, YJ, HJV, HJYJ, YJSJ, YJHYJ, VSJ, VHYJ, HJP1V)

subroutine	initpc (DIAGB, EMAT, N, W, LW, MODET, UPD1, YKSK, GSK, YRSR, LRESET)

subroutine	initp3 (DIAGB, EMAT, N, LRESET, YKSK, YRSR, BSK, SK, YK, SR, YR, MODET, UPD1)

subroutine	setpar (N)

subroutine	linder (N, SFUN, SMALL, EPSMCH, RELTOL, ABSTOL, TNYTOL, ETA, SFTBND, XBND, P, GTP, X, F, ALPHA, G, NFTOTL, IFLAG, W, LW)

subroutine	getptc (BIG, SMALL, RTSMLL, RELTOL, ABSTOL, TNYTOL, FPRESN, ETA, RMU, XBND, U, FU, GU, XMIN, FMIN, GMIN, XW, FW, GW, A, B, OLDF, B1, SCXBND, E, STEP, FACTOR, BRAKTD, GTEST1, GTEST2, TOL, IENTRY, ITEST)

subroutine	dxpy (N, DX, INCX, DY, INCY)

Constructor & Destructor Documentation

subroutine nr::brent::dbrent::dfpmin::mnbrak::mnbrak	(	real(sp), intent(inout)	ax,
		real(sp), intent(inout)	bx,
		real(sp), intent(out)	cx,
		real(sp), intent(out)	fa,
		real(sp), intent(out)	fb,
		real(sp), intent(out)	fc,
			func_OCT
	)

Referenced by linmin().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::mnbrak	(	real(sp), intent(inout)	ax,
		real(sp), intent(inout)	bx,
		real(sp), intent(out)	cx,
		real(sp), intent(out)	fa,
		real(sp), intent(out)	fb,
		real(sp), intent(out)	fc,
		real(sp)	func_OCT
	)

References func_oct(), and shft().

Here is the call graph for this function:

Member Function/Subroutine Documentation

real(sp) function nr::brent::dbrent::dfpmin::mnbrak::brent	(	real(sp), intent(in)	ax,
		real(sp), intent(in)	bx,
		real(sp), intent(in)	cx,
		real(sp)	func_OCT,
		real(sp), intent(in)	tol,
		real(sp), intent(out)	xmin
	)

References nr::brent::brent(), func_oct(), nrutil::nrerror(), and shft().

Here is the call graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::chkucp	(	integer	LWTEST,
		integer	MAXFUN,
		integer	NWHY,
		integer	N,
		double precision	ALPHA,
		double precision	EPSMCH,
		double precision	ETA,
		double precision	PEPS,
		double precision	RTEPS,
		double precision	RTOL,
		double precision	RTOLSQ,
		double precision	STEPMX,
		double precision	TEST,
		double precision	XTOL,
		double precision	XNORM,
		double precision, dimension(n)	X,
		integer	LW,
		double precision	SMALL,
		double precision	TINY,
		double precision	ACCRCY
	)

References mchpr1().

Referenced by lmqn(), and lmqnbc().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::cnvtst	(	logical	CONV,
		double precision	ALPHA,
		double precision	PNORM,
		double precision	TOLEPS,
		double precision	XNORM,
		double precision	DIFNEW,
		double precision	RTLEPS,
		double precision	FTEST,
		double precision	GTG,
		double precision	PEPS,
		double precision	EPSMCH,
		double precision	GTPNEW,
		double precision	FNEW,
		double precision	FLAST,
		double precision, dimension(n)	G,
		integer, dimension(n)	IPIVOT,
			N,
		double precision	ACCRCY
	)

Referenced by lmqnbc().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::crash	(		N,
		double precision, dimension(n)	X,
		integer, dimension(n)	IPIVOT,
		double precision, dimension(n)	LOW,
		double precision, dimension(n)	UP,
			IER
	)

Referenced by lmqnbc().

Here is the caller graph for this function:

real(sp) function, dimension(size(x)) nr::brent::dbrent::dfpmin::mnbrak::dfunc ( real(sp), dimension(2*oct_ngoals*oct_nc), intent(in) x )

References func_oct().

Referenced by functional_fcrab_minimization(), and truncatednewton_func_dfunc().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::dxpy	(	integer	N,
		double precision, dimension(1)	DX,
		integer	INCX,
		double precision, dimension(1)	DY,
		integer	INCY
	)

Referenced by lmqn(), and lmqnbc().

Here is the caller graph for this function:

double precision function nr::brent::dbrent::dfpmin::mnbrak::exprep ( double precision RDUM )

Referenced by sa().

Here is the caller graph for this function:

real(sp) function nr::brent::dbrent::dfpmin::mnbrak::func_oct ( real(sp), dimension(2*oct_ngoals*oct_nc), intent(in) x )

References newgammacrab::get_newgammacrab(), mctdhx::mctdhx_routine(), and input_output::write_oct_parameters().

Referenced by brent(), dfunc(), f1dim_mod::f1dim(), functional_fcrab_minimization(), lnsrch(), mnbrak(), and sa().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::functional_fcrab_minimization	(	real, dimension(oct_nc,oct_ngoals)	OCT_As,
		real, dimension(oct_nc,oct_ngoals)	OCT_Bs,
		real(sp), intent(in)	ftol,
		integer(i4b), intent(out)	iter,
		real(sp), intent(out)	fret
	)

This routine minimizes the CRAB functional func_OCT(P_OCT=(OCT_As,OCT_Bs)) This is the function to minimize f(P_OCT) with P_OCT=(OCT_As,OCT_Bs)

References dfunc(), func_oct(), nr::brent::dbrent::dfpmin::linmin::linmin(), nr::brent::dbrent::dfpmin::mnbrak::lnsrch::lnsrch(), nrutil::nrerror(), sa(), stpmax(), tnbc(), truncatednewton_func_dfunc(), nrutil::unit_matrix(), and nrutil::vabs().

Here is the call graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::getptc	(	double precision	BIG,
		double precision	SMALL,
		double precision	RTSMLL,
		double precision	RELTOL,
		double precision	ABSTOL,
		double precision	TNYTOL,
		double precision	FPRESN,
		double precision	ETA,
		double precision	RMU,
		double precision	XBND,
		double precision	U,
		double precision	FU,
		double precision	GU,
		double precision	XMIN,
		double precision	FMIN,
		double precision	GMIN,
		double precision	XW,
		double precision	FW,
		double precision	GW,
		double precision	A,
		double precision	B,
		double precision	OLDF,
		double precision	B1,
		double precision	SCXBND,
		double precision	E,
		double precision	STEP,
		double precision	FACTOR,
		logical	BRAKTD,
		double precision	GTEST1,
		double precision	GTEST2,
		double precision	TOL,
		integer	IENTRY,
		integer	ITEST
	)

Referenced by linder().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::gtims	(	double precision, dimension(n)	V,
		double precision, dimension(n)	GV,
			N,
		double precision, dimension(n)	X,
		double precision, dimension(n)	G,
		double precision, dimension(lw)	W,
			LW,
		external	SFUN,
		logical	FIRST,
		double precision	DELTA,
		double precision	ACCRCY,
		double precision	XNORM
	)

Referenced by modlnp().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::initp3	(	double precision, dimension(n)	DIAGB,
		double precision, dimension(n)	EMAT,
			N,
		logical	LRESET,
		double precision	YKSK,
		double precision	YRSR,
		double precision, dimension(n)	BSK,
		double precision, dimension(n)	SK,
		double precision, dimension(n)	YK,
		double precision, dimension(n)	SR,
		double precision, dimension(n)	YR,
			MODET,
		logical	UPD1
	)

Referenced by initpc().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::initpc	(	double precision, dimension(n)	DIAGB,
		double precision, dimension(n)	EMAT,
			N,
		double precision, dimension(lw)	W,
			LW,
			MODET,
		logical	UPD1,
		double precision	YKSK,
		double precision	GSK,
		double precision	YRSR,
		logical	LRESET
	)

References initp3().

Referenced by modlnp().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::linder	(	integer	N,
		external	SFUN,
		double precision	SMALL,
		double precision	EPSMCH,
		double precision	RELTOL,
		double precision	ABSTOL,
		double precision	TNYTOL,
		double precision	ETA,
		double precision	SFTBND,
		double precision	XBND,
		double precision, dimension(n)	P,
		double precision	GTP,
		double precision, dimension(n)	X,
		double precision	F,
		double precision	ALPHA,
		double precision, dimension(n)	G,
		integer	NFTOTL,
		integer	IFLAG,
		double precision, dimension(lw)	W,
		integer	LW
	)

References getptc(), and lsout().

Referenced by lmqn(), and lmqnbc().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::linmin	(	real(sp), dimension(:), intent(inout), target	p,
		real(sp), dimension(:), intent(inout), target	xi,
		real(sp), intent(out)	fret
	)

References f1dim_mod::f1dim(), and mnbrak().

Here is the call graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::lmqn	(	integer	IFAIL,
		integer	N,
		double precision, dimension(n)	X,
		double precision	F,
		double precision, dimension(n)	G,
		double precision, dimension(lw)	W,
		integer	LW,
		external	SFUN,
		integer	MSGLVL,
			MAXIT,
		integer	MAXFUN,
		double precision	ETA,
		double precision	STEPMX,
		double precision	ACCRCY,
		double precision	XTOL
	)

References chkucp(), dxpy(), linder(), modlnp(), setpar(), setucr(), and step1().

Here is the call graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::lmqnbc	(	integer	IFAIL,
		integer	N,
		double precision, dimension(n)	X,
		double precision	F,
		double precision, dimension(n)	G,
		double precision, dimension(lw)	W,
		integer	LW,
		external	SFUN,
		double precision, dimension(n)	LOW,
		double precision, dimension(n)	UP,
		integer, dimension(n)	IPIVOT,
		integer	MSGLVL,
			MAXIT,
		integer	MAXFUN,
		double precision	ETA,
		double precision	STEPMX,
		double precision	ACCRCY,
		double precision	XTOL
	)

References chkucp(), cnvtst(), crash(), dxpy(), linder(), modlnp(), modz(), monit(), setpar(), setucr(), step1(), stpmax(), and ztime().

Referenced by tnbc().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::lnsrch	(	real(sp), dimension(:), intent(in)	xold,
		real(sp), intent(in)	fold,
		real(sp), dimension(:), intent(in)	g,
		real(sp), dimension(:), intent(inout)	p,
		real(sp), dimension(:), intent(out)	x,
		real(sp), intent(out)	f,
		real(sp), intent(in)	stpmax,
		logical(lgt), intent(out)	check,
			func_OCT
	)

References func_oct(), nrutil::nrerror(), stpmax(), and nrutil::vabs().

Here is the call graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::lsout	(		ILOC,
			ITEST,
		double precision	XMIN,
		double precision	FMIN,
		double precision	GMIN,
		double precision	XW,
		double precision	FW,
		double precision	GW,
		double precision	U,
		double precision	A,
		double precision	B,
		double precision	TOL,
		double precision	EPS,
		double precision	SCXBD,
		double precision	XLAMDA
	)

Referenced by linder().

Here is the caller graph for this function:

double precision function nr::brent::dbrent::dfpmin::mnbrak::mchpr1 ( )

Referenced by chkucp(), and step1().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::modlnp	(	integer	MODET,
		double precision, dimension(n)	ZSOL,
		double precision, dimension(n)	GV,
		double precision, dimension(n)	R,
		double precision, dimension(n)	V,
		double precision, dimension(n)	DIAGB,
		double precision, dimension(n)	EMAT,
		double precision, dimension(n)	X,
		double precision, dimension(n)	G,
		double precision, dimension(n)	ZK,
		integer	N,
		double precision, dimension(lw)	W,
			LW,
		integer	NITER,
			MAXIT,
			NFEVAL,
			NMODIF,
			NLINCG,
		logical	UPD1,
		double precision	YKSK,
		double precision	GSK,
		double precision	YRSR,
		logical	LRESET,
		external	SFUN,
		logical	BOUNDS,
		integer, dimension(1)	IPIVOT,
		double precision	ACCRCY,
		double precision	GTP,
		double precision	GNORM,
		double precision	XNORM
	)

References function_library::beta(), gtims(), initpc(), msolve(), ndia3(), negvec(), and ztime().

Referenced by lmqn(), and lmqnbc().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::modz	(		N,
		double precision, dimension(n)	X,
		double precision, dimension(n)	P,
		integer, dimension(n)	IPIVOT,
		double precision	EPSMCH,
		double precision, dimension(n)	LOW,
		double precision, dimension(n)	UP,
		double precision	FLAST,
		double precision	FNEW
	)

Referenced by lmqnbc().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::monit	(		N,
		double precision, dimension(n)	X,
		double precision	F,
		double precision, dimension(n)	G,
			NITER,
			NFTOTL,
			NFEVAL,
			IRESET,
		integer, dimension(n)	IPIVOT
	)

Referenced by lmqnbc().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::mslv	(	double precision, dimension(n)	G,
		double precision, dimension(n)	Y,
			N,
		double precision, dimension(n)	SK,
		double precision, dimension(n)	YK,
		double precision, dimension(n)	DIAGB,
		double precision, dimension(n)	SR,
		double precision, dimension(n)	YR,
		double precision, dimension(n)	HYR,
		double precision, dimension(n)	HG,
		double precision, dimension(n)	HYK,
		logical	UPD1,
		double precision	YKSK,
		double precision	GSK,
		double precision	YRSR,
		logical	LRESET,
		logical	FIRST
	)

References ssbfgs().

Referenced by msolve().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::msolve	(	double precision, dimension(n)	G,
		double precision, dimension(n)	Y,
			N,
		double precision, dimension(lw)	W,
			LW,
		logical	UPD1,
		double precision	YKSK,
		double precision	GSK,
		double precision	YRSR,
		logical	LRESET,
		logical	FIRST
	)

References mslv().

Referenced by modlnp().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::ndia3	(		N,
		double precision, dimension(n)	E,
		double precision, dimension(n)	V,
		double precision, dimension(n)	GV,
		double precision, dimension(n)	R,
		double precision	VGV,
			MODET
	)

Referenced by modlnp().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::negvec	(	integer	N,
		double precision, dimension(n)	V
	)

Referenced by modlnp().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt1 ( )

Referenced by sa().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt10 ( )

Referenced by sa().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt2	(	logical	MAX,
		integer	N,
		double precision, dimension(*)	X,
		double precision	F
	)

References prtvec().

Referenced by sa().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt3	(	logical	MAX,
		integer	N,
		double precision, dimension(*)	XP,
		double precision, dimension(*)	X,
		double precision	FP,
		double precision	F
	)

References prtvec().

Referenced by sa().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt4	(	logical	MAX,
		integer	N,
		double precision, dimension(*)	XP,
		double precision, dimension(*)	X,
		double precision	FP,
		double precision	F
	)

References prtvec().

Referenced by sa().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt5 ( )

Referenced by sa().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt6 ( logical MAX )

Referenced by sa().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt7 ( logical MAX )

Referenced by sa().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt8	(	integer	N,
		double precision, dimension(*)	VM,
		double precision, dimension(*)	XOPT,
		double precision, dimension(*)	X
	)

References prtvec().

Referenced by sa().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prt9	(	logical	MAX,
		integer	N,
		double precision	T,
		double precision, dimension(*)	XOPT,
		double precision, dimension(*)	VM,
		double precision	FOPT,
		integer	NUP,
		integer	NDOWN,
		integer	NREJ,
		integer	LNOBDS,
		integer	NNEW
	)

References prtvec().

Referenced by sa().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::prtvec	(	double precision, dimension(ncols)	VECTOR,
		integer	NCOLS,
		character ()	NAME
	)

Referenced by prt2(), prt3(), prt4(), prt8(), and prt9().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::sa	(	integer	N,
		double precision, dimension(*)	X,
		logical	MAX,
		double precision	RT,
		double precision	EPS,
		integer	NS,
		integer	NT,
		integer	NEPS,
		integer	MAXEVL,
		double precision, dimension(*)	LB,
		double precision, dimension(*)	UB,
		double precision, dimension(*)	C,
		integer	IPRINT,
		double precision	T,
		double precision, dimension(*)	VM,
		double precision, dimension(*)	XOPT,
		double precision	FOPT,
		integer	NACC,
		integer	NFCNEV,
		integer	NOBDS,
		integer	IER,
		double precision, dimension(*)	FSTAR,
		double precision, dimension(*)	XP,
		integer, dimension(*)	NACP
	)

References exprep(), func_oct(), random::gnu_rand4(), prt1(), prt10(), prt2(), prt3(), prt4(), prt5(), prt6(), prt7(), prt8(), and prt9().

Referenced by functional_fcrab_minimization().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::setpar ( N )

Referenced by lmqn(), and lmqnbc().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::setucr	(	double precision	SMALL,
		integer	NFTOTL,
		integer	NITER,
		integer	N,
		double precision	F,
		double precision	FNEW,
		double precision	FM,
		double precision	GTG,
		double precision	OLDF,
		external	SFUN,
		double precision, dimension(n)	G,
		double precision, dimension(n)	X
	)

Referenced by lmqn(), and lmqnbc().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::ssbfgs	(	integer	N,
		double precision	GAMMA,
		double precision, dimension(n)	SJ,
		double precision, dimension(n)	YJ,
		double precision, dimension(n)	HJV,
		double precision, dimension(n)	HJYJ,
		double precision	YJSJ,
		double precision	YJHYJ,
		double precision	VSJ,
		double precision	VHYJ,
		double precision, dimension(n)	HJP1V
	)

References function_library::beta().

Referenced by mslv().

Here is the call graph for this function:

Here is the caller graph for this function:

double precision function nr::brent::dbrent::dfpmin::mnbrak::step1	(	double precision	FNEW,
		double precision	FM,
		double precision	GTP,
		double precision	SMAX
	)

References mchpr1().

Referenced by lmqn(), and lmqnbc().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::stpmax	(	double precision	STEPMX,
		double precision	PE,
		double precision	SPE,
			N,
		double precision, dimension(n)	X,
		double precision, dimension(n)	P,
		integer, dimension(n)	IPIVOT,
		double precision, dimension(n)	LOW,
		double precision, dimension(n)	UP
	)

Referenced by functional_fcrab_minimization(), lmqnbc(), and lnsrch().

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::tnbc	(	integer	IERROR,
		integer	N,
		double precision, dimension(n)	X,
		double precision	F,
		double precision, dimension(n)	G,
		double precision, dimension(lw)	W,
		integer	LW,
		external	SFUN,
		double precision, dimension(n)	LOW,
		double precision, dimension(n)	UP,
		integer, dimension(n)	IPIVOT
	)

References lmqnbc().

Referenced by functional_fcrab_minimization().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::truncatednewton_func_dfunc	(		N,
		double precision, dimension(n)	X,
		double precision	F,
		double precision, dimension(n)	G
	)

References dfunc().

Referenced by functional_fcrab_minimization().

Here is the call graph for this function:

Here is the caller graph for this function:

subroutine nr::brent::dbrent::dfpmin::mnbrak::ztime	(		N,
		double precision, dimension(n)	X,
		integer, dimension(n)	IPIVOT
	)

Referenced by lmqnbc(), and modlnp().

Here is the caller graph for this function:

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

Module_ConjugateGradient.f90

Data Types

Public Member Functions

Constructor & Destructor Documentation

Member Function/Subroutine Documentation