basics.h File Reference

Provides some macros which are used throughout the library files. More...

#include "tbci/tbci_version.h"
#include "tbci/config_manual.h"
#include <iostream>
#include <fstream>
#include <iomanip>
#include <string>
#include <cstring>
#include <cstdarg>
#include <cstdlib>
#include <cmath>
#include "tbci/except.h"
#include "perf_opt.h"
#include "tbci_traits.h"
#include "tbci_param.h"
#include "plain_def.h"
#include "malloc_cache.h"
#include "cost.h"

Include dependency graph for basics.h:

Go to the source code of this file.

Classes
class	TBCI::vec_fill_fn< T >

Namespaces
	TBCI
	The TBCI Numerical Library is put into TBCI namespace, if the compiler supports it (egcs-1.1.x and later for example)
	CPLX__
	std

Macros
#define	HAVE_UNIX   1
#define	USE_NS
#define	SIGNATURE   class
#define	RESTRICT
#define	LIKELY(expr)    (expr)
	branch prediction note that we sometimes on purpose mark the unlikely possibility likely and vice versa to optimize the fast path. More...
#define	UNLIKELY(expr)   (expr)
#define	REGISTER   register
#define	TBCI_DLLEXPORT
#define	TBCI_DLLLOCAL
#define	FGD
#define	FGDT
#define	FGDU
#define	FGDTD
#define	FGDDT
#define	FGDCT
#define	FGDR
#define	ISTRINGSTREAM   istrstream
	strstream vs. s(tring)stream More...
#define	OSTRINGSTREAM   ostrstream
#define	STRINGSTREAM   strstream
#define	LONG_DOUBLE   double
#define	LONG_LONG   long
#define	INST(x)
#define	INST2(x, y)
#define	INST3(x, y, z)
#define	INST4(x, y, z, a)
#define	INST5(x, y, z, a, b)
#define	INST6(x, y, z, a, b, c)
#define	NOINST
#define	INSTCTL(x)
#define	NULL   (0)
#define	NAMESPACE_TBCI   namespace TBCI {
#define	NAMESPACE_STD   namespace std {
#define	NAMESPACE_CSTD   namespace std {
#define	NAMESPACE_GRID   namespace Grid {
#define	NAMESPACE_FD   namespace Finite_Difference {
#define	NAMESPACE_CPLX   namespace std {
#define	NAMESPACE_END   } /* namespace */
#define	NAMESPACE_STD_END   } /* namespace std */
#define	NAMESPACE_CSTD_END   } /* namespace std */
#define	NAMESPACE_CPLX_END   } /* namespace std */
#define	USING_TBCI   using namespace TBCI;
#define	USING_GRID   using namespace Grid;
#define	USING_FD   using namespace Finite_Difference;
#define	USING_END   using namespace std; /* Don't use! */
#define	USING_STD   using namespace std;
#define	TBCI__   TBCI::
#define	__TBCI__   ::TBCI::
#define	FRIEND_TBCI__   /* */
#define	FRIEND_TBCI2__   /* */
#define	GRID__   Grid::
#define	FD__   FD::
#define	STD__   std::
#define	MATH__   std::
#define	CSTD__   std::
#define	CPLX__   std::
#define	GLBL__   /* not needed if ::std:: is used */
#define	GLBL2__   /* not needed if ::TBCI:: is used */
#define	ABORT_RET(x)   return x
	Note (KG, 2001-06-06): Eventually MATH__ and CSTD__ are the same on all systems and thus all MATH__ could be replaced by CSTD__ . More...
#define	ABORT_RET_NR   do {} while (0)
#define	MIN_ALIGN   8
#define	MIN_ALIGN2   16
#define	ALIGN3(v, i, x)   v(i)
#define	ALIGN2(v, x)   v
#define	ALIGN(x)
#define	TALIGN(x)
#define	CONSTA
#define	TBCI_CONST(x)   x
#define	REGPARMA(n)
#define	REGPARM(n, x)   x
#define	UNUSED
#define	WEAKA
#define	WEAK(x)   x
#define	TWEAK(x)   x
#define	HOT
#define	COLD
#define	HOTDECL(x)   x
#define	COLDDECL(x)   x
#define	__PRETTY_FUNCTION__   "<unknown>"
#define	TBCIERRH1   __PRETTY_FUNCTION__
#define	TBCIERRM(cond, exc, txt, ind)
#define	TBCIERRS(cond, exc, txt, ind)
#define	BCHK(cond, exc, txt, ind, rtval)
#define	BCHKNR(cond, exc, txt, ind)
#define	EXPCHK(cond, exc, txt, ind, rtval)   do {} while(0)
#define	EXPCHKNR(cond, exc, txt, ind)    do {} while(0)
#define	MIN(a, b)   ((a) < (b)? (a) : (b))
#define	MAX(a, b)   ((a) > (b)? (a) : (b))
#define	INFO(x)
#define	RET(x)
#define	CONSTR(x)   x
#define	_VOID
#define	INLINE   inline
#define	OMP_FOR
#define	OMP_FOR_REDUCE_F2
#define	OMP_FOR_REDUCE_F1F2
#define	PREFETCH_R(addr, loc)   do {} while (0)
	In case gcc does not yet support __builtin_prefetch(), we have handcoded assembly with gcc for a few architectures. More...
#define	PREFETCH_W(addr, loc)   do {} while (0)
#define	PREFETCH_R_MANY(addr, loc)   do {} while(0)
#define	PREFETCH_W_MANY(addr, loc)   do {} while(0)
#define	THREAD__
#define	MAIN_PID   (getpid())
#define	num_threads   (0)
#define	thrno   (0)
#define	ismainthread   (1)
#define	VEC_INLINE   inline
#define	COPY2(res, v1, f1, f2)   res = v1
#define	TBCICOPY(n, o, t, s)   _par_copy < t > (s,n,o)
#define	VEC_INLINE   /*inline*/
#define	FILL1(res, f1, f2)   res = f2
#define	TBCIFILL(n, v, t, s)   _par_fill < t > (s,n,v)
#define	TBCICLEAR(n, t, s)   _par_fill < t > (s,n,t(0))
#define	_TBCICOMP(n, o, t, s)
#define	VEC_INLINE   /*inline*/
#define	COMP2(r, v1, f1, f2)   if (r != v1) { ++f2; i = sz; goto _fin; /* break; */ }
#define	TBCICOMP(n, o, t, s)   _par_comp< t > (s, n, o)
#define	_REF_
#define	FABSSQR(T)
#define	FABS(T)
#define	SQRT(T)
#define	ABS(T)
#define	VEC_INLINE

Typedefs
typedef enum _vararg	TBCI::vararg

Enumerations
enum	TBCI::_vararg {   TBCI::vag0 =0, TBCI::vag1, TBCI::vag2, TBCI::vag3,   TBCI::vag4, TBCI::vag5, TBCI::vag6, TBCI::vag7,   TBCI::vag8, TBCI::vag9, TBCI::vag10, TBCI::vag11,   TBCI::vag12, TBCI::vag13, TBCI::vag14, TBCI::vag15,   TBCI::vag16, TBCI::vag_max = 4294967295U }
	This is a helper type to identify and count varargs. More...

Functions
template<typename T >
void	TBCI::SWAP (T &a, T &b)
	SWAP function Note: We could implement a swap function without temporaries: a -= b b += a a -= b a = -a That's four arithmetic operations to save one temporary and it can be only done for integers. More...
template<typename T >
void	TBCI::_tbci_copy (const unsigned long sz, T *const res, const T *const v1)
template<typename T >
void	TBCI::_par_copy (const unsigned long sz, T *v1, const T *v2)
template<typename T >
void	TBCI::_tbci_fill (const unsigned long sz, T *const res, register typename tbci_traits< T >::loop_const_refval_type f2)
template<typename T >
void	TBCI::_par_fill (const unsigned long, T *const, typename tbci_traits< T >::loop_const_refval_type)
template<typename T >
void	TBCI::_tbci_fill_fn (const unsigned long sz, T *vec, vec_fill_fn< T > fn, void *par)
template<typename T >
void	TBCI::do_vv_comp (const unsigned long sz, const T *const v1, const T *const v2, volatile long &_f2)
	f2 = number of differences vec, vec More...
template<typename T >
int	TBCI::_par_comp (const unsigned long sz, const T *v1, const T *v2)
template<typename T >
unsigned long	TBCI::_bin_search (const T *vec, T el, unsigned long start, unsigned long end)
	Search for an element el in a sorted vector between start and end-1, returns (unsigned long)-1 if element is not found. More...
template<typename T >
unsigned long	TBCI::bin_search (const T *vec, T el, unsigned long start, unsigned long end)
	Search for an element el in a sorted vector between start and end-1, returns (unsigned long)-1 if element is not found. More...
int	std::conj (const int arg)
	conj for elementary types More...
unsigned	std::conj (const unsigned arg)
long	std::conj (const long arg)
short	std::conj (const short arg)
char	std::conj (const char arg)
float	std::conj (const float arg)
double	std::conj (const double arg)
int	std::real (const int d)
unsigned	std::real (const unsigned d)
float	std::real (const float d)
double	std::real (const double d)
int	std::imag (const int d)
unsigned	std::imag (const unsigned d)
float	std::imag (const float d)
double	std::imag (const double d)
template<typename T >
int	TBCI::sign (const T &x)
	Signum. More...
double	TBCI::fabssqr (const double a)
double	TBCI::fabssqr (const float a)
double	TBCI::fabssqr (const int a)
double	TBCI::fabssqr (const unsigned a)
template<typename T >
T	TBCI::sqr (const T &a)
template<typename T >
T	TBCI::dot (const T &a1, const T &a2)
double	std::fabs (const int a)
double	std::sqrt (const int a)
double	std::fabs (const unsigned int a)
unsigned	std::abs (const unsigned a)

Detailed Description

Provides some macros which are used throughout the library files.

basics.h should be included from any file. It contains basics definitions and macros used thoughout the library code.

Note

This file should not be changed! Settings should be changed by passing defines to the compiler. See README file for docu about those defines: NO_NS ERRCHECK NO_EXCEPT ABORT_ON_ERR

The knowledge about compilers has been moved to config_manual.h, hooray! Next step will be to generate it with autoconf ...

The basics.h file is still a collection of awful stuff, but it's getting better.

Author

Kurt Garloff kurt@.nosp@m.garl.nosp@m.off.d.nosp@m.e

Date

9/1997 – 3/2006 License: GNU LGPL v2 or later

Version

Id

basics.h,v 1.54.2.180 2022/11/03 23:52:52 garloff Exp

Definition in file basics.h.

Macro Definition Documentation

#define __PRETTY_FUNCTION__   "<unknown>"

Definition at line 515 of file basics.h.

#define __TBCI__   ::TBCI::

Definition at line 333 of file basics.h.

#define _REF_

Definition at line 1053 of file basics.h.

Referenced by std::conj(), std::imag(), and std::real().

#define _TBCICOMP	(		n,
			o,
			t,
			s
	)

Value:

({                                      \
	REGISTER int _r; REGISTER unsigned long _i;            \
	for (_r=0, _i=0; _i<(s) && !_r; _i++) {                        \
                _r = (int)((n)[_i] != (o)[_i]);                 \
		if (_r) break;                                        \
        }                                                       \
        _r;                                                     \
})

Definition at line 950 of file basics.h.

#define _VOID

Definition at line 682 of file basics.h.

#define ABORT_RET

(

x

)

return x

Note (KG, 2001-06-06): Eventually MATH__ and CSTD__ are the same on all systems and thus all MATH__ could be replaced by CSTD__ .

The difference to STD__ is that STD__ refers to the C++ stuff in the namespace std::, while the CSTD__ (and MATH__) refers to C stuff which is wrapped into std:: by including cXXX headers

Definition at line 412 of file basics.h.

#define ABORT_RET_NR   do {} while (0)

Definition at line 413 of file basics.h.

#define ABS

(

T

)

Value:

TBCI_CONST(inline T abs (const T a))            \
{ return a<(T)0?-a:a; }

Definition at line 1239 of file basics.h.

#define ALIGN

(

x

)

attributes definitions for alignment, weak, const, regparm, ...

Definition at line 444 of file basics.h.

Referenced by F_TSMatrix< T >::fabs(), FS_Vector< dims, T >::max(), Vector< T >::max(), FS_Vector< dims, T >::min(), Vector< T >::min(), F_TSMatrix< T >::operator*(), TSMatrix< T >::operator*(), F_Matrix< T >::operator*(), Matrix< T >::operator*(), Vector< T >::operator/(), operator>>(), FS_Vector< dims, T >::sum(), Vector< T >::sum(), TBCI::SWAP(), and BdMatrix< T >::trace().

#define ALIGN2	(		v,
			x
	)		v

Definition at line 443 of file basics.h.

Referenced by LU_bkw_subst(), lu_decomp(), LU_det(), LU_fwd_subst(), ILU0_Symm_BdMatrixPreconditioner< T >::solve(), and ILU0_BdMatrixPreconditioner< T >::solve().

#define ALIGN3	(		v,
			i,
			x
	)		v(i)

Definition at line 442 of file basics.h.

Referenced by dot(), if(), F_TSMatrix< T >::operator*(), TSMatrix< T >::operator*(), F_Matrix< T >::operator*(), F_TMatrix< T >::trace(), and TMatrix< T >::trace().

#define BCHK	(		cond,
			exc,
			txt,
			ind,
			rtval
	)

Value:

/*if (UNLIKELY((cond) && __TBCI__ do_errcheck())) {     */      \
  if (UNLIKELY(__TBCI__ do_errcheck() && (cond))) {             \
    if (__TBCI__ do_except())                                   \
      throw exc ((TBCIERRM(cond,exc,txt,ind)).c_str(), ind);    \
    else                                                        \
      STD__ cerr << TBCIERRS(cond,exc,txt,ind) << STD__ endl;   \
    if (__TBCI__ do_abort())                                    \
      abort();                                                  \
    return rtval;                                               \
  }

Definition at line 575 of file basics.h.

Referenced by BdMatrix< T >::adddiag(), tbci_memalloc_cache< T >::alloc(), BVector< T >::append(), BdMatrix< T >::autoinsert(), bvfillm(), CTensor< T >::calc_indx(), CTensor< T >::calc_offs(), cediv(), cemul(), BVector< T >::cheapdownsize(), TMatrix< T >::cheapdownsizerow(), F_TMatrix< T >::clear(), Tensor< T >::cntrmul(), Tensor< T >::contract(), CSCMatrix< T >::cscm_vec_mul_exact(), ctrmul(), tbci_memalloc_cache< T >::dealloc(), BdMatrix< T >::div_row(), Matrix< T >::div_row(), BdMatrix< T >::div_rows(), Matrix< T >::div_rows(), do_fbdmat_vec_mul(), dot(), BdMatrix< T >::dotMult(), ediv(), emul(), BdMatrix< T >::expand(), fabssqr(), TMatrix< T >::fill(), tbci_memalloc_cache< T >::find_by_sz(), gaussj(), F_BandMatrix< T >::get_col(), BdMatrix< T >::get_col(), TMatrix< T >::get_col(), CRMatrix< T >::get_row(), F_TMatrix< T >::get_row(), BdMatrix< T >::get_row(), CTensor< T >::getcref(), HOTDECL(), Index::idx_fill_in1(), Index::idx_fill_in2(), Index::idx_remove1(), Index::idx_remove2(), Index::idx_set1(), FS_Vector< dims, T >::incr(), TVector< T >::incr(), TSVector< T >::incr(), Vector< T >::incr(), tbci_memalloc_cache< T >::init(), LU_bkw_subst(), lu_decomp(), LU_det(), LU_fwd_subst(), LU_invert(), lu_solve(), Vector< T >::max(), metrmul(), Vector< T >::min(), CSCMatrix< T >::mult(), CSCMatrix< T >::mult1(), BdMatrix< T >::mult_row(), Matrix< T >::mult_row(), BdMatrix< T >::mult_rows(), Matrix< T >::mult_rows(), CSCMatrix< T >::multf(), Index::next_idx(), F_BandMatrix< T >::operator()(), FS_Vector< dims, T >::operator()(), CRMatrix< T >::operator()(), CTensor< T >::operator()(), F_TMatrix< T >::operator()(), F_Matrix< T >::operator()(), Matrix< T >::operator()(), CRMatrix< T >::operator*(), CSCMatrix< T >::operator*(), BdMatrix< T >::operator*(), F_TSMatrix< T >::operator*(), TSMatrix< T >::operator*(), F_Matrix< T >::operator*(), Vector< T >::operator*(), Matrix< T >::operator*(), TVector< T >::operator+(), CSCMatrix< T >::operator+(), TMatrix< T >::operator+(), Tensor< T >::operator+(), operator+(), TSVector< T >::operator+(), TSMatrix< T >::operator+(), Vector< T >::operator+(), Matrix< T >::operator+(), TVector< T >::operator+=(), TMatrix< T >::operator+=(), Tensor< T >::operator+=(), TVector< T >::operator-(), CSCMatrix< T >::operator-(), TMatrix< T >::operator-(), Tensor< T >::operator-(), operator-(), TSVector< T >::operator-(), TSMatrix< T >::operator-(), Vector< T >::operator-(), Matrix< T >::operator-(), TVector< T >::operator-=(), TMatrix< T >::operator-=(), Tensor< T >::operator-=(), FS_Vector< dims, T >::operator/(), F_TMatrix< T >::operator/(), TMatrix< T >::operator/(), operator/(), F_Matrix< T >::operator/(), Vector< T >::operator/(), Matrix< T >::operator/(), FS_Vector< dims, T >::operator/=(), TVector< T >::operator/=(), F_TMatrix< T >::operator/=(), TMatrix< T >::operator/=(), BdMatrix< T >::operator/=(), BVector< T >::operator<=(), F_BandMatrix< T >::operator=(), TVector< T >::operator=(), F_TMatrix< T >::operator=(), CRMatrix< T >::operator=(), BVector< T >::operator=(), TMatrix< T >::operator=(), BdMatrix< T >::operator=(), Vector< T >::operator==(), BVector< T >::operator>=(), FS_Vector< dims, T >::operator[](), Index::prev_idx(), BVector< T >::remove(), BVector< T >::resize(), CRMatrix< T >::setunit(), CSCMatrix< T >::setunit(), F_TMatrix< T >::setunit(), TMatrix< T >::setunit(), CRMatrix< T >::setval(), BdMatrix< T >::setval(), TVector< T >::slice(), slice(), Vector< T >::slice(), ILU0_BdMatrixPreconditioner< T >::solve(), thread_dereg_callback(), F_TMatrix< T >::trace(), TMatrix< T >::trace(), F_BandMatrix< T >::transMult(), CRMatrix< T >::transMult(), CSCMatrix< T >::transMult(), BdMatrix< T >::transMult(), Matrix< T >::transMult(), CTensor< T >::transpose(), DiagPreconditioner< T, MatrixType >::update(), DILU_BdMatrixPreconditioner< T >::update(), and ILU0_BdMatrixPreconditioner< T >::update().

#define BCHKNR	(		cond,
			exc,
			txt,
			ind
	)

Value:

if (UNLIKELY(__TBCI__ do_errcheck() && (cond))) {               \
    if (__TBCI__ do_except())                                   \
      throw exc ((TBCIERRM(cond,exc,txt,ind)).c_str(), ind);    \
    else                                                        \
      STD__ cerr << TBCIERRS(cond,exc,txt,ind) << STD__ endl;   \
    if (__TBCI__ do_abort())                                    \
      abort();                                                  \
  }

Definition at line 586 of file basics.h.

Referenced by _thread_start_off(), BdMatrix< T >::adddiag(), TMatrix< T >::alias(), CRMatrix< T >::allocate(), F_BandMatrix< T >::allocate(), CSCMatrix< T >::allocate(), BdMatrix< T >::BdMatrix(), BdMatrix< T >::constructor(), CRMatrix< T >::copy(), F_BandMatrix< T >::copy(), CSCMatrix< T >::copy(), F_BandMatrix< T >::F_BandMatrix(), FS_Vector< dims, T >::FS_Vector(), CSCMatrix< T >::insert(), CRMatrix< T >::MatVecMult(), CSCMatrix< T >::MatVecMult(), metrmul(), CTensor< T >::operator()(), F_BandMatrix< T >::set_col(), F_TMatrix< T >::set_col(), TMatrix< T >::set_col(), TMatrix< T >::set_col_partial(), CRMatrix< T >::set_row(), F_TMatrix< T >::set_row(), TMatrix< T >::set_row(), TMatrix< T >::set_row_partial(), F_BandMatrix< T >::setval(), TMatrix< T >::size(), DILU_BdMatrixPreconditioner< T >::solve(), thread_wait(), thread_wait_result(), TMatrix< T >::TMatrix(), and BdMatrix< T >::~BdMatrix().

#define COLD

Definition at line 496 of file basics.h.

Referenced by BdMatrix< T >::resize().

#define COLDDECL

(

x

)

x

Definition at line 498 of file basics.h.

#define COMP2	(		r,
			v1,
			f1,
			f2
	)		if (r != v1) { ++f2; i = sz; goto _fin; /* break; */ }

Definition at line 973 of file basics.h.

#define CONSTA

Definition at line 457 of file basics.h.

#define CONSTR

(

x

)

x

Definition at line 675 of file basics.h.

#define COPY2	(		res,
			v1,
			f1,
			f2
	)		res = v1

Definition at line 890 of file basics.h.

#define CPLX__   std::

Definition at line 341 of file basics.h.

#define CSTD__   std::

Definition at line 340 of file basics.h.

Referenced by cplx< T >::abs(), TSVector< T >::abs(), BdMatrix< T >::autoinsert(), BdMatrix< T >::check_internal(), CSCMatrix< T >::clear(), F_BandMatrix< T >::copy(), tbci_memalloc_cache< T >::dealloc(), detect_num_cpu(), free_threads(), FS_Vector< dims, T >::FS_Vector(), tbci_memalloc_cache< T >::init(), FS_Vector< dims, T >::init_0(), init_threads(), FS_Vector< dims, T >::operator BVector< T >(), operator<<(), F_BandMatrix< T >::operator=(), FS_Vector< dims, T >::operator=(), FS_Vector< dims, T >::operator==(), FS_Vector< dims, T >::operator>(), operator>>(), BdMatrix< T >::setval(), slice(), tbci_memalloc_cache< T >::smp_deinit(), TSVector< T >::sum(), BdMatrix< T >::~BdMatrix(), and NumErr::~NumErr().

#define EXPCHK	(		cond,
			exc,
			txt,
			ind,
			rtval
	)		do {} while(0)

Definition at line 630 of file basics.h.

Referenced by BdMatrix< T >::check(), CSCMatrix< T >::get(), Symm_BdMatrix< T >::operator()(), BVector< T >::operator()(), TMatrix< T >::operator()(), Matrix< T >::operator()(), operator<<(), TMatrix< T >::operator[](), Mat_Brack< T >::operator[](), and DiagPreconditioner< T, MatrixType >::update().

#define EXPCHKNR	(		cond,
			exc,
			txt,
			ind
	)		do {} while(0)

Definition at line 631 of file basics.h.

Referenced by CSCMatrix< T >::setval().

#define FABS

(

T

)

Value:

TBCI_CONST(inline double fabs (const T a))      \
{ return a<(T)0?(double)-a:(double)a; }

Definition at line 1200 of file basics.h.

#define FABSSQR

(

T

)

Value:

TBCI_CONST(inline double fabssqr (const T a))   \
{ return CPLX__ real(a * CPLX__ conj(a)); }

Definition at line 1153 of file basics.h.

#define FD__   FD::

Definition at line 337 of file basics.h.

#define FGD

Definition at line 144 of file basics.h.

Referenced by BVector< unsigned >::init_0(), F_BandMatrix< T >::ldab(), FS_Vector< dims, T >::operator!=(), BdMatrix< T >::operator!=(), F_Matrix< T >::operator!=(), F_TMatrix< T >::operator*(), TMatrix< T >::operator*(), Tensor< T >::operator-(), F_TSMatrix< T >::operator-(), FS_Vector< dims, T >::operator>(), BVector< unsigned >::operator>(), CTensor< T >::rank_size(), and BdMatrix< T >::trace().

#define FGDCT

Definition at line 149 of file basics.h.

#define FGDDT

Definition at line 148 of file basics.h.

#define FGDR

Definition at line 150 of file basics.h.

#define FGDT

Definition at line 145 of file basics.h.

Referenced by Matrix< T >::operator!=(), BdMatrix< T >::setoutopts(), and TSVector< T >::sum().

#define FGDTD

Definition at line 147 of file basics.h.

#define FGDU

Definition at line 146 of file basics.h.

#define FILL1	(		res,
			f1,
			f2
	)		res = f2

Definition at line 906 of file basics.h.

#define FRIEND_TBCI2__   /* */

Definition at line 335 of file basics.h.

Referenced by Matrix< T >::clear(), BVector< unsigned >::init_0(), Matrix< T >::operator!=(), Tensor< T >::operator-(), BdMatrix< T >::setoutopts(), and TVector< T >::TVector().

#define FRIEND_TBCI__   /* */

Definition at line 334 of file basics.h.

Referenced by F_TMatrix< T >::operator*(), TMatrix< T >::operator*(), F_TSMatrix< T >::operator-(), TSMatrix< T >::operator-(), TSMatrix< T >::operator/(), and TSVector< T >::sum().

#define GLBL2__   /* not needed if ::TBCI:: is used */

Definition at line 343 of file basics.h.

Referenced by TSVector< T >::fabssqr(), and TSMatrix< T >::fabssqr().

#define GLBL__   /* not needed if ::std:: is used */

Definition at line 342 of file basics.h.

Referenced by cplx< T >::abs(), TSVector< T >::abs(), cplx< T >::acos(), cplx< T >::acosh(), cplx< T >::asin(), cplx< T >::asinh(), cplx< T >::exp(), fabs(), cplx< T >::fabs(), TMatrix< T >::fabs(), TSVector< T >::fabs(), TSMatrix< T >::fabs(), Matrix< T >::fabs(), cplx< T >::ln(), operator<=(), cplx< T >::power(), and cplx< T >::sqrt().

#define GRID__   Grid::

Definition at line 336 of file basics.h.

#define HAVE_UNIX   1

Definition at line 55 of file basics.h.

#define HOT

Definition at line 495 of file basics.h.

Referenced by TVector< T >::abs(), BVector< unsigned >::alias(), BdMatrix< T >::BdMatrix(), CSCMatrix< T >::do_export(), BVector< unsigned >::init_0(), Matrix< T >::Matrix(), TVector< T >::operator!=(), BdMatrix< T >::operator!=(), TMatrix< T >::operator*(), Vector< unsigned >::operator*(), TSVector< T >::operator-(), Matrix< T >::operator-(), TVector< T >::operator-=(), BVector< unsigned >::operator=(), Vector< unsigned >::operator>(), BVector< unsigned >::push_back(), BdMatrix< T >::setoutopts(), CSCMatrix< T >::size(), and TMatrix< T >::TMatrix().

#define HOTDECL

(

x

)

x

Definition at line 497 of file basics.h.

#define INFO

(

x

)

Definition at line 664 of file basics.h.

#define INLINE   inline

Definition at line 688 of file basics.h.

#define INST

(

x

)

Definition at line 238 of file basics.h.

Referenced by abs(), acos(), acosh(), TSVector< T >::add_t_tsv(), arg(), asin(), asinh(), atan(), atanh(), cediv(), cemul(), BVector< T >::concat(), conj(), cos(), cosh(), TSVector< T >::detach(), do_bdmat_vec_dotmult(), dot(), ediv(), emul(), exp(), fabs(), fabssqr(), Vector< T >::fabssqr(), HOTDECL(), Index::idx_fill_in1(), Index::idx_fill_in2(), Index::idx_remove1(), Index::idx_remove2(), Index::idx_set1(), imag(), TVector< T >::incr(), TSVector< T >::incr(), job_bdmat_vec_mult(), job_svc_svc_add(), job_svc_svc_sub(), job_svc_val_add(), job_svc_val_sub(), job_svc_vec_add(), job_svc_vec_sub(), job_val_add_vec(), job_val_div_vec(), job_val_sub_vec(), job_val_svc_add(), job_val_svc_sub(), job_val_vec_add(), job_val_vec_div(), job_val_vec_mul(), job_val_vec_sub(), job_vec_add_svc(), job_vec_add_val(), job_vec_add_vec(), job_vec_div_val(), job_vec_mul_val(), job_vec_sub_svc(), job_vec_sub_svc_inv(), job_vec_sub_val(), job_vec_sub_vec(), job_vec_sub_vec_inv(), job_vec_svc_add(), job_vec_svc_sub(), job_vec_val_add(), job_vec_val_mul(), job_vec_val_sub(), job_vec_vec_add(), job_vec_vec_sub(), kahan_sum(), log(), LU_bkw_subst(), lu_decomp(), LU_det(), lu_det(), LU_fwd_subst(), LU_invert(), LU_solve(), lu_solve(), CRMatrix< T >::MatVecMult(), CSCMatrix< T >::MatVecMult(), Vector< T >::max(), Tensor< T >::mult(), CSCMatrix< T >::mult1(), CSCMatrix< T >::multf(), norm(), norm_1(), BdMatrix< T >::operator*(), operator*(), operator+(), TVector< T >::operator-(), operator-(), cplx< T >::operator/(), Vector< T >::operator/(), operator<(), operator<=(), TVector< T >::operator=(), Vector< T >::operator==(), operator>(), operator>=(), operator>>(), cplx< T >::operator~(), polar(), pow(), sin(), sinh(), sqr(), sqrt(), TSVector< T >::sub_t_tsv(), sv_decomp_backsub(), tan(), tanh(), cplx< T >::theta(), F_BandMatrix< T >::transpose(), CRMatrix< T >::transpose(), CSCMatrix< T >::transpose(), BdMatrix< T >::transpose(), and Vector< unsigned >::Vector().

#define INST2	(		x,
			y
	)

Definition at line 239 of file basics.h.

Referenced by cediv(), fabs(), fix_condition(), max(), min(), operator-(), sum(), sv_decomp(), sv_decomp_backsub(), sv_decomp_pythag(), and svd_solve().

#define INST3	(		x,
			y,
			z
	)

Definition at line 240 of file basics.h.

Referenced by operator*(), and operator+().

#define INST4	(		x,
			y,
			z,
			a
	)

Definition at line 241 of file basics.h.

#define INST5	(		x,
			y,
			z,
			a,
			b
	)

Definition at line 242 of file basics.h.

#define INST6	(		x,
			y,
			z,
			a,
			b,
			c
	)

Definition at line 243 of file basics.h.

#define INSTCTL

(

x

)

Definition at line 245 of file basics.h.

Referenced by operator*().

#define ismainthread   (1)

Definition at line 784 of file basics.h.

#define ISTRINGSTREAM   istrstream

strstream vs. s(tring)stream

Definition at line 204 of file basics.h.

#define LIKELY

(

expr

)

(expr)

branch prediction note that we sometimes on purpose mark the unlikely possibility likely and vice versa to optimize the fast path.

Definition at line 100 of file basics.h.

Referenced by TSVector< T >::add_t_tsv(), BdMatrix< T >::adddiag(), BdMatrix< T >::autoinsert(), BiCGSTAB(), BVector< T >::BVector(), BVector< unsigned >::BVector(), TMatrix< T >::cheapdownsizerow(), BdMatrix< T >::check_internal(), TSVector< T >::clone(), TSMatrix< T >::clone(), BdMatrix< T >::constructor(), BVector< T >::destroy(), TSVector< T >::destroy(), TSVector< T >::detach(), TSMatrix< T >::detach(), do_bdmat_vec_dotmult(), do_bdmat_vec_mult(), do_bdmat_vec_mult_lnw(), do_bdmat_vec_transmult_lnw(), dot(), BdMatrix< T >::expand(), F_TMatrix< T >::F_TMatrix(), Vector< T >::fabssqr(), tbci_memalloc_cache< T >::find_and_rmv(), tbci_memalloc_cache< T >::free_and_enter(), BdMatrix< T >::get(), BdMatrix< T >::get_col(), BdMatrix< T >::get_row(), HOTDECL(), if(), lu_decomp(), Vector< T >::max(), Vector< T >::min(), BdMatrix< T >::operator TMatrix< T >(), BdMatrix< T >::operator()(), BdMatrix< T >::operator*(), Vector< T >::operator*(), Matrix< T >::operator*(), TVector< T >::operator+(), TSVector< T >::operator+(), TSMatrix< T >::operator+(), Vector< T >::operator+(), TVector< T >::operator+=(), TVector< T >::operator-(), TSVector< T >::operator-(), TSMatrix< T >::operator-(), Vector< T >::operator-(), TVector< T >::operator-=(), TVector< T >::operator=(), TVector< T >::operator==(), BVector< T >::operator==(), BdMatrix< T >::operator==(), TMatrix< T >::operator==(), TSVector< T >::operator==(), TSMatrix< T >::operator==(), Vector< T >::operator==(), Matrix< T >::operator==(), par_fill(), TSMatrix< T >::real_destroy(), BVector< T >::resize(), F_TMatrix< T >::resize(), TMatrix< T >::resize(), TMatrix< T >::row_expand(), TMatrix< T >::set_ptrs(), TMatrix< T >::setunit(), BdMatrix< T >::setval(), TBCI::sign(), ILU0_Symm_BdMatrixPreconditioner< T >::solve(), TSVector< T >::sub_t_tsv(), Vector< T >::sum(), cplx< T >::theta(), TMatrix< T >::TMatrix(), BdMatrix< T >::transMult(), Matrix< T >::transMult(), DILU_BdMatrixPreconditioner< T >::update(), and Vector< T >::Vector().

#define LONG_DOUBLE   double

Definition at line 219 of file basics.h.

#define LONG_LONG   long

Definition at line 224 of file basics.h.

#define MAIN_PID   (getpid())

Definition at line 781 of file basics.h.

#define MATH__   std::

Definition at line 339 of file basics.h.

Referenced by FS_Vector< dims, T >::abs(), cplx< T >::abs(), Vector< unsigned >::abs(), cplx< T >::acos(), cplx< T >::acosh(), cplx< T >::asin(), cplx< T >::asinh(), BdMatrix< T >::autoinsert(), basis_trafo(), besselh1(), besselh2(), besseli(), besselj(), besselk(), bessely(), BiCG(), BiCGSTAB(), CGS(), Symm_BdMatrix< T >::construct(), cplx< T >::exp(), BdMatrix< T >::expand(), expi(), expm3(), fabs(), FS_Vector< dims, T >::fabs(), cplx< T >::fabs(), TMatrix< T >::fabs(), F_TSMatrix< T >::fabs(), TSVector< T >::fabs(), TSMatrix< T >::fabs(), F_Matrix< T >::fabs(), Vector< unsigned >::fabs(), Matrix< T >::fabs(), CSCMatrix< T >::fill(), fix_condition(), gaussj(), cplx< T >::ln(), lu_decomp(), lu_solve(), norm_1(), BdMatrix< T >::operator TMatrix< T >(), operator<(), operator<=(), BdMatrix< T >::operator==(), operator>(), FS_Vector< dims, T >::operator>(), operator>=(), cplx< T >::power(), QMR(), cplx< T >::sqrt(), TSVector< T >::sum(), sv_decomp(), and sv_decomp_pythag().

#define MAX	(		a,
			b
	)		((a) > (b)? (a) : (b))

Definition at line 656 of file basics.h.

Referenced by do_bdmat_vec_dotmult(), do_bdmat_vec_mult(), do_bdmat_vec_mult_diagw_exact(), do_bdmat_vec_transmult(), do_bdmat_vec_transmult_diagw_exact(), expm(), expm2(), expm3(), F_BandMatrix< T >::F_BandMatrix(), fix_condition(), init_threads(), lu_decomp(), LU_fwd_subst(), norm_1(), BdMatrix< T >::operator TMatrix< T >(), BdMatrix< T >::operator*(), operator+(), operator-(), sv_decomp(), and F_BandMatrix< T >::transposed_copy().

#define MIN	(		a,
			b
	)		((a) < (b)? (a) : (b))

Safe MIN/MAX macros

Definition at line 655 of file basics.h.

Referenced by BdMatrix< T >::constructor(), do_bdmat_vec_dotmult(), do_bdmat_vec_mult(), do_bdmat_vec_mult_diagw_exact(), do_bdmat_vec_mult_lnw_opt(), do_bdmat_vec_transmult(), do_bdmat_vec_transmult_diagw_exact(), do_bdmat_vec_transmult_lnw_opt(), do_fbdmat_vec_mul(), F_BandMatrix< T >::F_BandMatrix(), FS_Vector< dims, T >::FS_Vector(), LU_bkw_subst(), lu_decomp(), BdMatrix< T >::operator TMatrix< T >(), BdMatrix< T >::operator*(), BdMatrix< T >::reconfig(), BdMatrix< T >::removediag(), CSCMatrix< T >::resize(), F_TMatrix< T >::resize(), BdMatrix< T >::resize(), TMatrix< T >::resize(), F_TMatrix< T >::setunit(), TMatrix< T >::setunit(), slice(), sv_decomp(), F_BandMatrix< T >::transMult(), and F_BandMatrix< T >::transposed_copy().

#define MIN_ALIGN   8

Definition at line 421 of file basics.h.

Referenced by cplx< T >::div(), do_bdmat_vec_dotmult(), do_bdmat_vec_mult_lnw(), do_bdmat_vec_transmult_lnw(), do_bdmat_vec_transmult_lnw_opt(), expi(), FS_Vector< dims, T >::max(), Vector< T >::max(), FS_Vector< dims, T >::min(), Vector< T >::min(), BdMatrix< T >::operator*(), F_TSMatrix< T >::operator*(), operator*(), cplx< T >::operator*=(), cplx< T >::operator/(), Vector< T >::operator/(), cplx< T >::operator/=(), BdMatrix< T >::operator/=(), operator>>(), FS_Vector< dims, T >::sum(), Vector< T >::sum(), TBCI::SWAP(), and BdMatrix< T >::trace().

#define MIN_ALIGN2   16

Definition at line 424 of file basics.h.

Referenced by do_bdmat_vec_dotmult(), do_bdmat_vec_mult_lnw_opt(), dot(), if(), LU_bkw_subst(), lu_decomp(), LU_det(), LU_fwd_subst(), F_TSMatrix< T >::operator*(), TSMatrix< T >::operator*(), F_Matrix< T >::operator*(), Matrix< T >::operator*(), ILU0_Symm_BdMatrixPreconditioner< T >::solve(), ILU0_BdMatrixPreconditioner< T >::solve(), F_TMatrix< T >::trace(), and TMatrix< T >::trace().

#define NAMESPACE_CPLX   namespace std {

Definition at line 322 of file basics.h.

Referenced by fabs(), and operator>>().

#define NAMESPACE_CPLX_END   } /* namespace std */

Definition at line 326 of file basics.h.

Referenced by fabs(), std::imag(), norm(), and operator<=().

#define NAMESPACE_CSTD   namespace std {

Definition at line 319 of file basics.h.

Referenced by TBCI::dot(), fabs(), std::fabs(), fabssqr(), TVector< T >::incr(), cplx< T >::operator<=(), polar(), sum(), F_TMatrix< T >::swap(), and TMatrix< T >::transpose().

#define NAMESPACE_CSTD_END   } /* namespace std */

Definition at line 325 of file basics.h.

Referenced by abs(), std::fabs(), fabs(), log10(), and cplx< T >::operator<=().

#define NAMESPACE_END   } /* namespace */

Definition at line 323 of file basics.h.

Referenced by bessely(), BiCG(), BiCGSTAB(), CG2(), CGS(), CHEBY(), Symm_BdMatrix< T >::clear(), TBCI::dot(), ediv(), eig(), erfc3(), expm3(), fabssqr(), gaussj(), hyper2geom1(), idx_set1(), TVector< T >::incr(), IR(), log10(), lu_invert(), lu_solve(), nsList< T, S >::move_window(), numa_optimize(), operator*(), operator<<(), operator<=(), cplx< T >::operator<=(), operator>>(), polar(), QMR(), DILU_BdMatrixPreconditioner< T >::solve(), ILU0_BdMatrixPreconditioner< T >::solve(), sum(), svd_solve(), F_BandMatrix< T >::swap(), F_TMatrix< T >::swap(), TBCI::SWAP(), TMatrix< T >::transpose(), transpose(), NoPreconditioner< T, MatrixType >::transSolve(), DiagPreconditioner< T, MatrixType >::transSolve(), WEAK(), Matrix_Sig< T >::~Matrix_Sig(), Preconditioner_Sig< T, BdMatrix< T > >::~Preconditioner_Sig(), and Vector_Sig< T >::~Vector_Sig().

#define NAMESPACE_FD   namespace Finite_Difference {

Definition at line 321 of file basics.h.

#define NAMESPACE_GRID   namespace Grid {

Definition at line 320 of file basics.h.

#define NAMESPACE_STD   namespace std {

Definition at line 318 of file basics.h.

#define NAMESPACE_STD_END   } /* namespace std */

Definition at line 324 of file basics.h.

#define NAMESPACE_TBCI   namespace TBCI {

Definition at line 317 of file basics.h.

Referenced by abs(), fabs(), fabssqr(), gettid(), std::imag(), log10(), norm(), operator<=(), cplx< T >::operator<=(), and TBCI::SWAP().

#define NOINST

Definition at line 244 of file basics.h.

#define NULL   (0)

Definition at line 250 of file basics.h.

Referenced by List< T >::alias(), CRMatrix< T >::allocate(), F_BandMatrix< T >::allocate(), CSCMatrix< T >::allocate(), List< T >::app(), List< T >::checklast(), CRMatrix< T >::copy(), F_BandMatrix< T >::copy(), CSCMatrix< T >::copy(), List< T >::delcurr(), List< T >::deltree(), CRMatrix< T >::destroy(), F_BandMatrix< T >::destroy(), CSCMatrix< T >::destroy(), List< T >::detachcurr(), empty_thread(), List< T >::erase(), free_threads(), List< T >::getbynr(), List< T >::getnr(), init_threads(), List< T >::inscurr(), CSCMatrix< T >::insert(), lina_thread(), List< T >::List(), CRMatrix< T >::operator=(), List< T >::operator=(), nsList< T, S >::qsort(), stopwatch_e::seconds(), CRMatrix< T >::set_row(), CRMatrix< T >::setval(), and nsList< T, S >::sortin_r().

#define num_threads   (0)

Definition at line 782 of file basics.h.

#define OMP_FOR

Definition at line 708 of file basics.h.

#define OMP_FOR_REDUCE_F1F2

Definition at line 710 of file basics.h.

#define OMP_FOR_REDUCE_F2

Definition at line 709 of file basics.h.

#define OSTRINGSTREAM   ostrstream

Definition at line 205 of file basics.h.

#define PREFETCH_R	(		addr,
			loc
	)		do {} while (0)

In case gcc does not yet support __builtin_prefetch(), we have handcoded assembly with gcc for a few architectures.

Some preliminary results:

• For AXP (21164A,EV56) it seems to harm performance a bit
• For PentiumIII (Coppermine) it helps a lot
• For AMD K7 (Athlon st.2) it seems to help a tiny bit

Definition at line 748 of file basics.h.

Referenced by busy_read(), do_bdmat_vec_dotmult(), do_bdmat_vec_mult_lnw_opt(), do_bdmat_vec_transmult_lnw_opt(), dot(), Vector< T >::fabssqr(), HOTDECL(), if(), lu_decomp(), Vector< T >::operator*(), Matrix< T >::operator*(), and Vector< T >::sum().

#define PREFETCH_R_MANY	(		addr,
			loc
	)		do {} while(0)

Definition at line 764 of file basics.h.

Referenced by BdMatrix< T >::operator*(), and BdMatrix< T >::transMult().

#define PREFETCH_W	(		addr,
			loc
	)		do {} while (0)

Definition at line 749 of file basics.h.

Referenced by HOTDECL(), if(), lu_decomp(), Matrix< T >::operator*(), and par_fill().

#define PREFETCH_W_MANY	(		addr,
			loc
	)		do {} while(0)

Definition at line 765 of file basics.h.

Referenced by BdMatrix< T >::operator*(), and BdMatrix< T >::transMult().

#define REGISTER   register

Definition at line 108 of file basics.h.

Referenced by TBCI::_tbci_fill_fn(), BdMatrix< T >::autoinsert(), BdMatrix< T >::BdMatrix(), BVector< T >::bubble_sort(), CTensor< T >::calc_offs(), CTensor< T >::calclayout(), CTensor< T >::calcsize(), cediv(), cemul(), BdMatrix< T >::clear(), F_TSMatrix< T >::clone(), TSVector< T >::clone(), conj(), BdMatrix< T >::constructor(), FS_Vector< dims, T >::contains(), BVector< T >::contains(), CSCMatrix< T >::cscm_vec_mul_exact(), F_TSMatrix< T >::detach(), TSMatrix< T >::detach(), cplx< T >::div(), do_bdmat_vec_dotmult(), do_bdmat_vec_mult_diagw_exact(), do_bdmat_vec_mult_lnw(), do_bdmat_vec_mult_lnw_opt(), do_bdmat_vec_transmult_diagw_exact(), do_bdmat_vec_transmult_lnw(), do_bdmat_vec_transmult_lnw_opt(), do_fill_mat(), dot(), ediv(), emul(), F_TSMatrix< T >::eval(), TSVector< T >::eval(), exact_sum(), BdMatrix< T >::expand(), expi(), F_TSMatrix< T >::fabs(), F_Matrix< T >::fabs(), fabssqr(), gaussj(), CSCMatrix< T >::get(), BdMatrix< T >::get(), BdMatrix< T >::get_col(), TMatrix< T >::get_col(), F_TMatrix< T >::get_row(), BdMatrix< T >::get_row(), if(), imag(), kahan_sum(), LU_bkw_subst(), lu_decomp(), LU_det(), LU_fwd_subst(), FS_Vector< dims, T >::max(), Vector< T >::max(), FS_Vector< dims, T >::min(), Vector< T >::min(), CSCMatrix< T >::mult(), CSCMatrix< T >::multf(), BdMatrix< T >::operator()(), CSCMatrix< T >::operator*(), BdMatrix< T >::operator*(), F_TSMatrix< T >::operator*(), TSMatrix< T >::operator*(), F_Matrix< T >::operator*(), operator*(), Matrix< T >::operator*(), cplx< T >::operator*=(), F_TMatrix< T >::operator-(), BdMatrix< T >::operator-(), cplx< T >::operator/(), TVector< T >::operator/(), cplx< T >::operator/=(), BdMatrix< T >::operator/=(), F_TMatrix< T >::operator==(), TMatrix< T >::operator==(), F_TSMatrix< T >::operator==(), TSVector< T >::operator==(), TSMatrix< T >::operator==(), F_Matrix< T >::operator==(), Vector< T >::operator==(), Matrix< T >::operator==(), polar(), real(), BdMatrix< T >::reconfig(), BdMatrix< T >::resize(), BVector< T >::revert(), TMatrix< T >::row_expand(), TMatrix< T >::set_col(), TMatrix< T >::set_col_partial(), TMatrix< T >::set_ptrs(), F_TMatrix< T >::set_row(), F_TMatrix< T >::setunit(), BdMatrix< T >::setunit(), TMatrix< T >::setunit(), BdMatrix< T >::setval(), ILU0_Symm_BdMatrixPreconditioner< T >::solve(), ILU0_BdMatrixPreconditioner< T >::solve(), sqr(), FS_Vector< dims, T >::sum(), TBCI::SWAP(), F_TMatrix< T >::trace(), BdMatrix< T >::trace(), TMatrix< T >::trace(), CSCMatrix< T >::transMult(), BdMatrix< T >::transpose(), DILU_BdMatrixPreconditioner< T >::update(), and BdMatrix< T >::~BdMatrix().

#define REGPARM	(		n,
			x
	)		x

Definition at line 465 of file basics.h.

#define REGPARMA

(

n

)

Definition at line 464 of file basics.h.

#define RESTRICT

Definition at line 89 of file basics.h.

Referenced by if(), and TMatrix< T >::set_ptrs().

#define RET

(

x

)

Definition at line 674 of file basics.h.

#define SIGNATURE   class

Definition at line 80 of file basics.h.

#define SQRT

(

T

)

Value:

TBCI_CONST(inline double sqrt (const T a))      \
{ return MATH__ sqrt ((double)a); }

Definition at line 1204 of file basics.h.

#define STD__   std::

Definition at line 338 of file basics.h.

Referenced by BdMatrix< T >::adddiag(), cplx< T >::atanh(), BiCGSTAB(), CGS(), F_TMatrix< T >::conj(), BdMatrix< T >::constructor(), Symm_BdMatrix< T >::create(), CSCMatrix< T >::do_export(), dot(), eig(), BdMatrix< T >::expand(), expm3(), fabssqr(), Vector< T >::fabssqr(), CSCMatrix< T >::fill(), BdMatrix< T >::free_diags(), gaussj(), Symm_BdMatrix< T >::get(), F_TMatrix< T >::herm(), hyper2geom1(), inv(), F_BandMatrix< T >::ldab(), lu_decomp(), lu_solve(), lu_solve_expert(), CSCMatrix< T >::MatVecMult(), BdMatrix< T >::operator TMatrix< T >(), FS_Vector< dims, T >::operator!=(), CRMatrix< T >::operator!=(), BdMatrix< T >::operator!=(), F_Matrix< T >::operator!=(), Matrix< T >::operator!=(), Symm_BdMatrix< T >::operator*(), operator*(), Vector< T >::operator*(), operator<<(), operator<=(), cplx< T >::operator<=(), BdMatrix< T >::operator=(), Vector< T >::operator==(), BVector< unsigned >::operator>(), operator>>(), QMR(), CTensor< T >::rank_size(), BdMatrix< T >::removediag(), Symm_BdMatrix< T >::setval(), sv_decomp(), F_TMatrix< T >::trans(), ILU0_Symm_BdMatrixPreconditioner< T >::update(), TVector< T >::vec_info(), TSVector< T >::vec_info(), Vector< unsigned >::vec_info(), and Vector< unsigned >::Vector().

#define STRINGSTREAM   strstream

Definition at line 206 of file basics.h.

#define TALIGN

(

x

)

Definition at line 450 of file basics.h.

#define TBCI__   TBCI::

Definition at line 332 of file basics.h.

Referenced by abs(), acos(), acosh(), arg(), asin(), asinh(), atan(), atanh(), BiCGSTAB(), CGS(), conj(), cos(), cosh(), cplx< T >::exp(), exp(), expm(), fabs(), TSVector< T >::fabssqr(), TSMatrix< T >::fabssqr(), fabssqr(), hyper2geom1(), imag(), TVector< T >::incr(), log(), log10(), norm(), cplx< T >::operator<=(), operator>>(), polar(), pow(), cplx< T >::power(), sin(), sinh(), sqr(), cplx< T >::sqrt(), sqrt(), sum(), TSVector< T >::sum(), F_TMatrix< T >::swap(), tan(), tanh(), cplx< T >::theta(), and TMatrix< T >::transpose().

#define TBCI_CONST

(

x

)

x

Definition at line 458 of file basics.h.

Referenced by std::conj(), TBCI::dot(), std::fabs(), std::imag(), std::real(), and TBCI::sign().

#define TBCI_DLLEXPORT

Definition at line 124 of file basics.h.

#define TBCI_DLLLOCAL

Definition at line 125 of file basics.h.

#define TBCICLEAR	(		n,
			t,
			s
	)		_par_fill < t > (s,n,t(0))

Definition at line 911 of file basics.h.

Referenced by TMatrix< T >::clear(), BVector< unsigned >::init_0(), and TMatrix< T >::setunit().

#define TBCICOMP	(		n,
			o,
			t,
			s
	)		_par_comp< t > (s, n, o)

The above discussion similarily holds for comparing things. memcmp() however is much less dangerous. You risk to have two logically identical objects, which still don't have the same bytes to be compared to be unequal. OTOH, our manual memcmp seems to be faster ...

Definition at line 979 of file basics.h.

Referenced by BVector< T >::operator==(), F_TMatrix< T >::operator==(), BdMatrix< T >::operator==(), TMatrix< T >::operator==(), F_TSMatrix< T >::operator==(), TSVector< T >::operator==(), TSMatrix< T >::operator==(), F_Matrix< T >::operator==(), Vector< T >::operator==(), and Matrix< T >::operator==().

#define TBCICOPY	(		n,
			o,
			t,
			s
	)		_par_copy < t > (s,n,o)

Note (KG, 01/06/15): Discussing with Jan I just got the idea that copying of data with memcpy () is a dangerous thing to do. It only works, if the memory of the type T is contiguous (this is believed to be true) and does not have any pointers with dynamically allocated memory. Again, we have a speed vs. general implementation issue. memcpy () is believed to be faster, normally ... Actually, even the assignment can go wrong, if we have a slightly non-std meaning of assignment like the non-resizing of Vectors and Matrices.

Definition at line 894 of file basics.h.

Referenced by BVector< T >::append(), BVector< T >::BVector(), bvfillm(), F_TMatrix< T >::clear(), F_TSMatrix< T >::clone(), TSVector< T >::clone(), TSMatrix< T >::clone(), BVector< T >::concat(), BdMatrix< T >::constructor(), BdMatrix< T >::do_copy(), BdMatrix< T >::expand(), F_TMatrix< T >::F_TMatrix(), TMatrix< T >::fill(), F_TMatrix< T >::get_col(), TMatrix< T >::get_row(), Matrix< T >::operator()(), F_TMatrix< T >::operator=(), BVector< T >::operator=(), TMatrix< T >::operator=(), Vector< unsigned >::operator=(), BdMatrix< T >::reconfig(), BVector< T >::remove(), BVector< T >::resize(), F_TMatrix< T >::resize(), BdMatrix< T >::resize(), TMatrix< T >::resize(), F_TMatrix< T >::set_col(), TMatrix< T >::set_row(), TMatrix< T >::set_row_partial(), TMatrix< T >::size(), Vector< T >::slice(), TMatrix< T >::TMatrix(), and Vector< T >::Vector().

#define TBCIERRH1   __PRETTY_FUNCTION__

Definition at line 520 of file basics.h.

#define TBCIERRM	(		cond,
			exc,
			txt,
			ind
	)

Value:

STD__ string(#exc) + " in " + TBCIERRH1 + ":\n " + #txt + " at "\
          + __FILE__ + ":" + TBCI__ ltoa(__LINE__) + ":\n (" + #cond    \
          + ") == TRUE! (" + #ind + " = " + TBCI__ ltoa(ind) + ")"

Definition at line 521 of file basics.h.

#define TBCIERRS	(		cond,
			exc,
			txt,
			ind
	)

Value:

#exc << " in " << TBCIERRH1 << ":\n " << #txt << " at "         \
          << __FILE__ << ":" << __LINE__ << ":\n (" << #cond            \
          << ") == TRUE! (" << #ind << " = " << ind << ")"

Definition at line 525 of file basics.h.

#define TBCIFILL	(		n,
			v,
			t,
			s
	)		_par_fill < t > (s,n,v)

Definition at line 910 of file basics.h.

Referenced by BdMatrix< T >::adddiag(), BVector< T >::BVector(), F_TMatrix< T >::clear(), BdMatrix< T >::clear(), F_TMatrix< T >::F_TMatrix(), BVector< T >::fill(), F_TMatrix< T >::fill(), BdMatrix< T >::fill(), TMatrix< T >::fill(), BdMatrix< T >::removediag(), F_TMatrix< T >::resize(), BdMatrix< T >::resize(), TMatrix< T >::resize(), F_TMatrix< T >::setunit(), BdMatrix< T >::setunit(), and TMatrix< T >::TMatrix().

#define THREAD__

Definition at line 774 of file basics.h.

#define thrno   (0)

Definition at line 783 of file basics.h.

#define TWEAK

(

x

)

x

Definition at line 486 of file basics.h.

#define UNLIKELY

(

expr

)

(expr)

Definition at line 101 of file basics.h.

Referenced by cplx< T >::abs(), BdMatrix< T >::adddiag(), tbci_memalloc_cache< T >::alloc(), BdMatrix< T >::BdMatrix(), BiCG(), BiCGSTAB(), BVector< T >::BVector(), BVector< unsigned >::BVector(), BVector< T >::cheapdownsize(), TMatrix< T >::cheapdownsizerow(), TMatrix< T >::clear(), TSVector< T >::clone(), BdMatrix< T >::constructor(), BVector< T >::contains(), tbci_memalloc_cache< T >::dealloc(), TSVector< T >::detach(), empty_thread(), BdMatrix< T >::expand(), cplx< T >::fabs(), tbci_memalloc_cache< T >::free_and_enter(), if(), BVector< unsigned >::init_0(), CSCMatrix< T >::insert(), lina_thread(), lu_decomp(), lu_solve(), Vector< T >::max(), Vector< T >::min(), operator*(), TSVector< T >::operator+(), TSVector< T >::operator-(), operator<<(), BVector< T >::operator<=(), BdMatrix< T >::operator==(), TMatrix< T >::operator==(), TSVector< T >::operator==(), TSMatrix< T >::operator==(), Vector< T >::operator==(), Matrix< T >::operator==(), BVector< T >::operator>=(), TMatrix< T >::real_destroy(), BVector< T >::remove(), CSCMatrix< T >::resize(), BVector< T >::resize(), TMatrix< T >::resize(), TMatrix< T >::row_expand(), TMatrix< T >::set_ptrs(), TVector< T >::slice(), Vector< T >::slice(), cplx< T >::theta(), ILU0_Symm_BdMatrixPreconditioner< T >::update(), DILU_BdMatrixPreconditioner< T >::update(), Vector< T >::Vector(), BdMatrix< T >::~BdMatrix(), and BVector< T >::~BVector().

#define UNUSED

Definition at line 471 of file basics.h.

#define USE_NS

Definition at line 70 of file basics.h.

#define USING_END   using namespace std; /* Don't use! */

Definition at line 330 of file basics.h.

#define USING_FD   using namespace Finite_Difference;

Definition at line 329 of file basics.h.

#define USING_GRID   using namespace Grid;

Definition at line 328 of file basics.h.

#define USING_STD   using namespace std;

Definition at line 331 of file basics.h.

#define USING_TBCI   using namespace TBCI;

Definition at line 327 of file basics.h.

#define VEC_INLINE   inline

Definition at line 1266 of file basics.h.

#define VEC_INLINE   /*inline*/

Definition at line 1266 of file basics.h.

#define VEC_INLINE   /*inline*/

Definition at line 1266 of file basics.h.

#define VEC_INLINE

Definition at line 1266 of file basics.h.

#define WEAK

(

x

)

x

Definition at line 485 of file basics.h.

#define WEAKA

Definition at line 484 of file basics.h.