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jig_load.hpp
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/*
--------------------------------------------------------
* JIG-LOAD: parse *.JIG file into JCFG data.
--------------------------------------------------------
*
* This program may be freely redistributed under the
* condition that the copyright notices (including this
* entire header) are not removed, and no compensation
* is received through use of the software. Private,
* research, and institutional use is free. You may
* distribute modified versions of this code UNDER THE
* CONDITION THAT THIS CODE AND ANY MODIFICATIONS MADE
* TO IT IN THE SAME FILE REMAIN UNDER COPYRIGHT OF THE
* ORIGINAL AUTHOR, BOTH SOURCE AND OBJECT CODE ARE
* MADE FREELY AVAILABLE WITHOUT CHARGE, AND CLEAR
* NOTICE IS GIVEN OF THE MODIFICATIONS. Distribution
* of this code as part of a commercial system is
* permissible ONLY BY DIRECT ARRANGEMENT WITH THE
* AUTHOR. (If you are not directly supplying this
* code to a customer, and you are instead telling them
* how they can obtain it for free, then you are not
* required to make any arrangement with me.)
*
* Disclaimer: Neither I nor: Columbia University, The
* Massachusetts Institute of Technology, The
* University of Sydney, nor The National Aeronautics
* and Space Administration warrant this code in any
* way whatsoever. This code is provided "as-is" to be
* used at your own risk.
*
--------------------------------------------------------
*
* Last updated: 02 January, 2019
*
* Copyright 2013-2019
* Darren Engwirda
* https://github.com/dengwirda/
*
--------------------------------------------------------
*/
# pragma once
# include "jig_read.hpp"
# ifndef __JIG_LOAD__
# define __JIG_LOAD__
/*
--------------------------------------------------------
* READ-JCFG: read *.JCFG input file.
--------------------------------------------------------
*/
template <
typename jlog_data
>
__normal_call iptr_type read_jcfg (
jcfg_data &_jcfg ,
jlog_data &_jlog
)
{
class jcfg_loader:
public jcfg_reader_base
{
public :
jcfg_data *_jjig;
public :
/*------------------------------------- create loader */
__normal_call jcfg_loader (
jcfg_data *_jsrc = nullptr
) : _jjig( _jsrc ) {}
/*------------------------------------- MISC keywords */
__normal_call void_type push_verbosity (
std::int32_t _verb
)
{
this->_jjig->_verbosity = _verb ;
this->_jjig->
_rdel_opts.verb() = _verb;
this->_jjig->
_iter_opts.verb() = _verb;
}
/*------------------------------------- GEOM keywords */
__normal_call void_type push_geom_file (
std::string _file
)
{
this->
_jjig->_geom_file = _file;
}
__normal_call void_type push_geom_seed (
std::int32_t _seed
)
{
this->_jjig->
_rdel_opts.seed() = _seed;
}
__normal_call void_type push_geom_feat (
bool _feat
)
{
this->_jjig->
_rdel_opts.feat() = _feat;
}
__normal_call void_type push_geom_phi1 (
double _phi1
)
{
this->_jjig->
_rdel_opts.phi1() = _phi1;
}
__normal_call void_type push_geom_phi2 (
double _phi2
)
{
this->_jjig->
_rdel_opts.phi2() = _phi2;
}
__normal_call void_type push_geom_eta1 (
double _eta1
)
{
this->_jjig->
_rdel_opts.eta1() = _eta1;
}
__normal_call void_type push_geom_eta2 (
double _eta2
)
{
this->_jjig->
_rdel_opts.eta2() = _eta2;
}
/*------------------------------------- HFUN keywords */
__normal_call void_type push_hfun_file (
std::string _file
)
{
this->
_jjig->_hfun_file = _file;
}
__normal_call void_type push_hfun_scal (
std::int32_t _scal
)
{
this->_jjig->_hfun_scal =
(jcfg_data::hfun_scal::enum_data)_scal ;
}
__normal_call void_type push_hfun_hmax (
double _hmax
)
{
this->
_jjig->_hfun_hmax = _hmax;
}
__normal_call void_type push_hfun_hmin (
double _hmin
)
{
this->
_jjig->_hfun_hmin = _hmin;
}
/*------------------------------------- INIT keywords */
__normal_call void_type push_init_file (
std::string _file
)
{
this->
_jjig->_init_file = _file;
}
/*------------------------------------- KERN keywords */
__normal_call void_type push_bnds_kern (
std::int32_t _kern
)
{
this->_jjig->_bnds_pred =
(jcfg_data::bnds_pred::enum_data)_kern ;
}
__normal_call void_type push_mesh_kern (
std::int32_t _kern
)
{
this->_jjig->_mesh_pred =
(jcfg_data::mesh_pred::enum_data)_kern ;
}
/*------------------------------------- MESH keywords */
__normal_call void_type push_mesh_file (
std::string _file
)
{
this->
_jjig->_mesh_file = _file;
}
__normal_call void_type push_tria_file (
std::string _file
)
{
this->
_jjig->_tria_file = _file;
}
__normal_call void_type push_bnds_file (
std::string _file
)
{
this->
_jjig->_bnds_file = _file;
}
__normal_call void_type push_mesh_dims (
std::int32_t _dims
)
{
this->_jjig->
_rdel_opts.dims() = _dims;
}
__normal_call void_type push_mesh_iter (
std::int32_t _iter
)
{
this->_jjig->
_rdel_opts.iter() = _iter;
}
__normal_call void_type push_mesh_siz1 (
double _siz1
)
{
this->_jjig->
_rdel_opts.siz1() = _siz1;
}
__normal_call void_type push_mesh_siz2 (
double _siz2
)
{
this->_jjig->
_rdel_opts.siz2() = _siz2;
}
__normal_call void_type push_mesh_siz3 (
double _siz3
)
{
this->_jjig->
_rdel_opts.siz3() = _siz3;
}
__normal_call void_type push_mesh_top1 (
bool _top1
)
{
this->_jjig->
_rdel_opts.top1() = _top1;
}
__normal_call void_type push_mesh_top2 (
bool _top2
)
{
this->_jjig->
_rdel_opts.top2() = _top2;
}
__normal_call void_type push_mesh_rad2 (
double _rad2
)
{
this->_jjig->
_rdel_opts.rad2() = _rad2;
}
__normal_call void_type push_mesh_rad3 (
double _rad3
)
{
this->_jjig->
_rdel_opts.rad3() = _rad3;
}
__normal_call void_type push_mesh_off2 (
double _off2
)
{
this->_jjig->
_rdel_opts.off2() = _off2;
}
__normal_call void_type push_mesh_off3 (
double _off3
)
{
this->_jjig->
_rdel_opts.off3() = _off3;
}
__normal_call void_type push_mesh_snk2 (
double _snk2
)
{
this->_jjig->
_rdel_opts.snk2() = _snk2;
}
__normal_call void_type push_mesh_snk3 (
double _snk3
)
{
this->_jjig->
_rdel_opts.snk3() = _snk3;
}
__normal_call void_type push_mesh_eps1 (
double _eps1
)
{
this->_jjig->
_rdel_opts.eps1() = _eps1;
}
__normal_call void_type push_mesh_eps2 (
double _eps2
)
{
this->_jjig->
_rdel_opts.eps2() = _eps2;
}
__normal_call void_type push_mesh_vol3 (
double _vol3
)
{
this->_jjig->
_rdel_opts.vol3() = _vol3;
}
/*------------------------------------- OPTM keywords */
__normal_call void_type push_optm_iter (
std::int32_t _iter
)
{
this->_jjig->
_iter_opts.iter() = _iter;
}
__normal_call void_type push_optm_qtol (
double _qtol
)
{
this->_jjig->
_iter_opts.qtol() = _qtol;
}
__normal_call void_type push_optm_qlim (
double _qlim
)
{
this->_jjig->
_iter_opts.qlim() = _qlim;
}
__normal_call void_type push_optm_tria (
bool _flag
)
{
this->_jjig->
_iter_opts.tria() = _flag;
}
__normal_call void_type push_optm_dual (
bool _flag
)
{
this->_jjig->
_iter_opts.dual() = _flag;
}
__normal_call void_type push_optm_div_ (
bool _flag
)
{
this->_jjig->
_iter_opts.div_() = _flag;
}
__normal_call void_type push_optm_zip_ (
bool _flag
)
{
this->_jjig->
_iter_opts.zip_() = _flag;
}
} ;
/*---------------------------------- parse JCFG. file */
iptr_type _errv = __no_error ;
try
{
jcfg_reader _read;
std::ifstream _file;
_file. open(
_jcfg._jcfg_file, std::ifstream::in);
if (_file.is_open())
{
_read.read_file (
_file, jcfg_loader(&_jcfg));
}
else
{
_errv = __file_not_located ;
}
_file.close ();
for (auto _iter =
_read._errs.head();
_iter !=
_read._errs.tend();
++_iter )
{
_jlog.push(
"**parse error: " + * _iter + "\n") ;
}
}
catch (...)
{
_errv = __unknown_error ;
}
return ( _errv ) ;
}
/*
--------------------------------------------------------
* COPY-JCFG: read *.JCFG input data.
--------------------------------------------------------
*/
template <
typename jlog_data
>
__normal_call iptr_type copy_jcfg (
jcfg_data &_jcfg ,
jlog_data &_jlog ,
jigsaw_jig_t const&_jjig
)
{
iptr_type _errv = __no_error ;
try
{
/*------------------------------------- MISC keywords */
_jcfg._verbosity =
_jjig._verbosity ;
_jcfg._rdel_opts.
verb() = _jjig._verbosity ;
_jcfg._iter_opts.
verb() = _jjig._verbosity ;
/*------------------------------------- BNDS keywords */
if (_jjig._bnds_kern ==
JIGSAW_BNDS_TRIACELL)
_jcfg._bnds_pred =
jcfg_data::bnds_pred::bnd_tria ;
else
if (_jjig._bnds_kern ==
JIGSAW_BNDS_DUALCELL)
_jcfg._bnds_pred =
jcfg_data::bnds_pred::bnd_dual ;
/*------------------------------------- GEOM keywords */
_jcfg._rdel_opts.
seed() = _jjig._geom_seed ;
_jcfg._rdel_opts.
feat() = _jjig._geom_feat ;
_jcfg._rdel_opts.
eta1() = _jjig._geom_eta1 ;
_jcfg._rdel_opts.
eta2() = _jjig._geom_eta2 ;
/*------------------------------------- HFUN keywords */
if (_jjig._hfun_scal ==
JIGSAW_HFUN_RELATIVE)
_jcfg._hfun_scal =
jcfg_data::hfun_scal::relative ;
else
if (_jjig._hfun_scal ==
JIGSAW_HFUN_ABSOLUTE)
_jcfg._hfun_scal =
jcfg_data::hfun_scal::absolute ;
_jcfg.
_hfun_hmax = _jjig._hfun_hmax ;
_jcfg.
_hfun_hmin = _jjig._hfun_hmin ;
/*------------------------------------- RDEL keywords */
if (_jjig._mesh_kern ==
JIGSAW_KERN_DELFRONT)
_jcfg._mesh_pred =
jcfg_data::mesh_pred::delfront ;
else
if (_jjig._mesh_kern ==
JIGSAW_KERN_DELAUNAY)
_jcfg._mesh_pred =
jcfg_data::mesh_pred::delaunay ;
_jcfg._rdel_opts.
dims() = _jjig._mesh_dims ;
_jcfg._rdel_opts.
iter() = _jjig._mesh_iter ;
_jcfg._rdel_opts.
top1() = _jjig._mesh_top1 ;
_jcfg._rdel_opts.
top2() = _jjig._mesh_top2 ;
_jcfg._rdel_opts.
rad2() = _jjig._mesh_rad2 ;
_jcfg._rdel_opts.
rad3() = _jjig._mesh_rad3 ;
_jcfg._rdel_opts.
off2() = _jjig._mesh_off2 ;
_jcfg._rdel_opts.
off3() = _jjig._mesh_off3 ;
_jcfg._rdel_opts.
snk2() = _jjig._mesh_snk2 ;
_jcfg._rdel_opts.
snk3() = _jjig._mesh_snk3 ;
_jcfg._rdel_opts.
eps1() = _jjig._mesh_eps1 ;
_jcfg._rdel_opts.
eps2() = _jjig._mesh_eps2 ;
_jcfg._rdel_opts.
vol3() = _jjig._mesh_vol3 ;
/*------------------------------------- ITER keywords */
_jcfg._iter_opts.
iter() = _jjig._optm_iter ;
_jcfg._iter_opts.
qtol() = _jjig._optm_qtol ;
_jcfg._iter_opts.
qlim() = _jjig._optm_qlim ;
_jcfg._iter_opts.
tria() = _jjig._optm_tria ;
_jcfg._iter_opts.
dual() = _jjig._optm_dual ;
_jcfg._iter_opts.
div_() = _jjig._optm_div_ ;
_jcfg._iter_opts.
zip_() = _jjig._optm_zip_ ;
}
catch (...)
{
_errv = __unknown_error ;
}
return ( _errv ) ;
}
/*
--------------------------------------------------------
* TEST-JCFG: test the JCFG data for validity.
--------------------------------------------------------
*/
template <
typename jlog_data
>
__normal_call iptr_type test_jcfg (
jcfg_data &_jcfg ,
jlog_data &_jlog
)
{
std::stringstream _sstr;
/*---------------------------------- read "ints" data */
#define __testINTS(__tag, __var, __vlo, __vhi) \
if ( (__var < __vlo) || \
(__var > __vhi) ) \
{ \
_errv = __invalid_argument ; \
_sstr.str(""); \
_sstr.clear(); \
_sstr << \
" **input error: " __tag "=" \
<< std::setw(+9) \
<< std::setfill(' ') \
<< __var << "\n"; \
_jlog.push(_sstr.str()) ; \
} \
/*---------------------------------- test "real" data */
#define __testREAL(__tag, __var, __vlo, __vhi) \
if ( (__var < __vlo) || \
(__var > __vhi) ) \
{ \
_errv = __invalid_argument ; \
_sstr.str(""); \
_sstr.clear(); \
_sstr << \
" **input error: " __tag "=" \
<< std::scientific \
<< std::setprecision(2) \
<< __var << "\n"; \
_jlog.push(_sstr.str()) ; \
} \
/*---------------------------------- warn "real" data */
#define __warnREAL(__tag, __var, __vlo, __vhi) \
if ( (__var < __vlo) || \
(__var > __vhi) ) \
{ \
_sstr.str(""); \
_sstr.clear(); \
_sstr << \
" **input warning: " __tag "=" \
<< std::scientific \
<< std::setprecision(2) \
<< __var << "\n"; \
_jlog.push(_sstr.str()) ; \
} \
iptr_type _errv = __no_error ;
/*---------------------------- test GEOM keywords */
__testINTS("GEOM-SEED",
_jcfg._rdel_opts.seed(),
(iptr_type) + 0,
std::numeric_limits<iptr_type>:: max())
__testREAL("GEOM-PHI1",
_jcfg._rdel_opts.phi1(),
(real_type) 0.,
(real_type)180.)
__testREAL("GEOM-PHI2",
_jcfg._rdel_opts.phi2(),
(real_type) 0.,
(real_type)180.)
__testREAL("GEOM-ETA1",
_jcfg._rdel_opts.eta1(),
(real_type) 0.,
(real_type)180.)
__testREAL("GEOM-ETA2",
_jcfg._rdel_opts.eta2(),
(real_type) 0.,
(real_type)180.)
/*---------------------------- test HFUN keywords */
__testREAL("HFUN-HMAX",
_jcfg ._hfun_hmax ,
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("HFUN-HMIN",
_jcfg ._hfun_hmin ,
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
/*---------------------------- test MESH keywords */
__testINTS("MESH-ITER",
_jcfg._rdel_opts.iter(),
(iptr_type) + 0,
std::numeric_limits<iptr_type>:: max())
__testINTS("MESH-DIMS",
_jcfg._rdel_opts.dims(),
(iptr_type) + 1,
(iptr_type) + 3)
__testREAL("MESH-SIZ1",
_jcfg._rdel_opts.siz1(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-SIZ2",
_jcfg._rdel_opts.siz2(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-SIZ3",
_jcfg._rdel_opts.siz3(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-EPS1",
_jcfg._rdel_opts.eps1(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-EPS2",
_jcfg._rdel_opts.eps2(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-RAD2",
_jcfg._rdel_opts.rad2(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-RAD3",
_jcfg._rdel_opts.rad3(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__warnREAL("MESH-RAD2",
_jcfg._rdel_opts.rad2(),
(real_type) 1.,
std::numeric_limits<real_type>::infinity())
__warnREAL("MESH-RAD3",
_jcfg._rdel_opts.rad3(),
(real_type) 2.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-OFF2",
_jcfg._rdel_opts.off2(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-OFF3",
_jcfg._rdel_opts.off3(),
(real_type) 0.,
std::numeric_limits<real_type>::infinity())
__testREAL("MESH-SNK2",
_jcfg._rdel_opts.snk2(),
(real_type) 0.,
(real_type) 1.)
__testREAL("MESH-SNK3",
_jcfg._rdel_opts.snk3(),
(real_type) 0.,
(real_type) 1.)
__testREAL("MESH-VOL3",
_jcfg._rdel_opts.vol3(),
(real_type) 0.,
(real_type) 1.)
__warnREAL("MESH-VOL3",
_jcfg._rdel_opts.vol3(),
(real_type) 0.,
(real_type) .3)
/*---------------------------- test OPTM keywords */
__testINTS("OPTM-ITER",
_jcfg._iter_opts.iter(),
(iptr_type) + 0,
std::numeric_limits<iptr_type>:: max())
__testREAL("OPTM-QTOL",
_jcfg._iter_opts.qtol(),
(real_type) 0.,
(real_type) 1.)
__testREAL("OPTM-QLIM",
_jcfg._iter_opts.qlim(),
(real_type) 0.,
(real_type) 1.)
#undef __testINTS
#undef __testREAL
#undef __warnREAL
return ( _errv ) ;
}
/*
--------------------------------------------------------
* ECHO-JCFG: print a summary of the JCFG data.
--------------------------------------------------------
*/
template <
typename jlog_data
>
__normal_call iptr_type echo_jcfg (
jcfg_data &_jcfg ,
jlog_data &_jlog
)
{
std::stringstream _sstr ;
/*---------------------------------- push "file" data */
#define __dumpFILE( __tag, __var) \
_jlog.push(" " __tag " = " + \
_jcfg.__var + " \n" ) ;
/*---------------------------------- push "ints" data */
#define __pushIVAL(__var) \
(__var != \
std::numeric_limits<iptr_type>::max() ? \
std::to_string(__var) : "MAXINT")
#define __dumpINTS(__tag,__var) \
_sstr.str(""); \
_sstr.clear(); \
_sstr << " " __tag " = " \
<< __pushIVAL(__var) \
<< " \n" ; \
_jlog.push(_sstr.str()) ; \
/*---------------------------------- push "bool" data */
#define __pushBVAL(__var) \
( __var ? "TRUE" : "FALSE" )
#define __dumpBOOL(__tag,__var) \
_sstr.str(""); \
_sstr.clear(); \
_sstr << " " __tag " = " \
<< __pushBVAL(__var) \
<< " \n" ; \
_jlog.push(_sstr.str()) ; \
/*---------------------------------- push "real" data */
#define __dumpREAL(__tag,__var) \
_sstr.str(""); \
_sstr.clear(); \
_sstr << " " __tag " = " \
<< std::scientific \
<< std::setprecision(2) \
<< __var \
<< " \n" ; \
_jlog.push(_sstr.str()) ; \
iptr_type _errv = __no_error;
__dumpFILE(
"GEOM-FILE", _geom_file)
__dumpFILE(
"MESH-FILE", _mesh_file)
__dumpFILE(
"HFUN-FILE", _hfun_file)
__dumpFILE(
"INIT-FILE", _init_file)
__dumpFILE(
"TRIA-FILE", _tria_file)
__dumpFILE(
"BNDS-FILE", _bnds_file)
_jlog.push("\n") ;
if (_jcfg._verbosity > +0)
{
/*---------------------------- push GEOM keywords */
__dumpINTS("GEOM-SEED",
_jcfg._rdel_opts.seed())
__dumpREAL("GEOM-PHI1",
_jcfg._rdel_opts.phi1())
__dumpREAL("GEOM-PHI2",
_jcfg._rdel_opts.phi2())
__dumpREAL("GEOM-ETA1",
_jcfg._rdel_opts.eta1())
__dumpREAL("GEOM-ETA2",
_jcfg._rdel_opts.eta2())
__dumpBOOL("GEOM-FEAT",
_jcfg._rdel_opts.feat())
_jlog.push("\n") ;
/*---------------------------- push HFUN keywords */
if(_jcfg._hfun_scal ==
jcfg_data::hfun_scal::absolute)
_jlog.push (
" HFUN-SCAL = ABSOLUTE \n") ;
else
if(_jcfg._hfun_scal ==
jcfg_data::hfun_scal::relative)
_jlog.push (
" HFUN-SCAL = RELATIVE \n") ;
__dumpREAL(
"HFUN-HMAX", _jcfg._hfun_hmax)
__dumpREAL(
"HFUN-HMIN", _jcfg._hfun_hmin)
_jlog.push("\n") ;
/*---------------------------- push MESH keywords */
if(_jcfg._mesh_pred ==
jcfg_data::mesh_pred::delaunay)
_jlog.push (
" MESH-KERN = DELAUNAY \n") ;
else
if(_jcfg._mesh_pred ==
jcfg_data::mesh_pred::delfront)
_jlog.push (
" MESH-KERN = DELFRONT \n") ;
if(_jcfg._bnds_pred ==
jcfg_data::bnds_pred::bnd_tria)
_jlog.push (
" BNDS-KERN = BND-TRIA \n") ;
else
if(_jcfg._bnds_pred ==
jcfg_data::bnds_pred::bnd_dual)
_jlog.push (
" BNDS-KERN = BND-DUAL \n") ;
__dumpBOOL("MESH-TOP1",
_jcfg._rdel_opts.top1())
__dumpBOOL("MESH-TOP2",
_jcfg._rdel_opts.top2())
__dumpINTS("MESH-ITER",
_jcfg._rdel_opts.iter())
__dumpINTS("MESH-DIMS",
_jcfg._rdel_opts.dims())
__dumpREAL("MESH-SIZ1",
_jcfg._rdel_opts.siz1())
__dumpREAL("MESH-SIZ2",
_jcfg._rdel_opts.siz2())
__dumpREAL("MESH-SIZ3",
_jcfg._rdel_opts.siz3())
__dumpREAL("MESH-EPS1",
_jcfg._rdel_opts.eps1())
__dumpREAL("MESH-EPS2",
_jcfg._rdel_opts.eps2())
__dumpREAL("MESH-RAD2",
_jcfg._rdel_opts.rad2())
__dumpREAL("MESH-RAD3",
_jcfg._rdel_opts.rad3())
__dumpREAL("MESH-OFF2",
_jcfg._rdel_opts.off2())
__dumpREAL("MESH-OFF3",
_jcfg._rdel_opts.off3())
__dumpREAL("MESH-SNK2",
_jcfg._rdel_opts.snk2())
__dumpREAL("MESH-SNK3",
_jcfg._rdel_opts.snk3())
__dumpREAL("MESH-VOL3",
_jcfg._rdel_opts.vol3())
_jlog.push("\n") ;
/*---------------------------- push OPTM keywords */
__dumpINTS("OPTM-ITER",
_jcfg._iter_opts.iter())
__dumpREAL("OPTM-QTOL",
_jcfg._iter_opts.qtol())
__dumpREAL("OPTM-QLIM",
_jcfg._iter_opts.qlim())
__dumpBOOL("OPTM-ZIP_",
_jcfg._iter_opts.zip_())
__dumpBOOL("OPTM-DIV_",
_jcfg._iter_opts.div_())
__dumpBOOL("OPTM-TRIA",
_jcfg._iter_opts.tria())
__dumpBOOL("OPTM-DUAL",
_jcfg._iter_opts.dual())
_jlog.push("\n") ;
}
#undef __dumpFILE
#undef __pushIVAL
#undef __pushBVAL
#undef __dumpINTS
#undef __dumpBOOL
#undef __dumpREAL
return ( _errv) ;
}
# endif //__JIG_LOAD__