Overview
Comment:Improved pre-processor directives to better accommodate future alternatives (matlab)
if necessary.
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SHA3-256: f3e2114050e6858532ded2da253cb7aebf475f1e02e41be5837bd5ae8ca693e0
User & Date: geraint@users.sourceforge.net on 2002-05-01 17:30:56
Other Links: branch diff | manifest | tags
Context
2002-05-02
09:19:40
replaced by cxxsim_rep.make check-in: be1568ff45 user: geraint@users.sourceforge.net tags: origin/master, trunk
2002-05-01
17:30:56
Improved pre-processor directives to better accommodate future alternatives (matlab)
if necessary. check-in: f3e2114050 user: geraint@users.sourceforge.net tags: origin/master, trunk
14:26:03
Whoops! Put awk back to gawk check-in: 86f1b8f455 user: gawthrop@users.sourceforge.net tags: origin/master, trunk
Changes
Hide Diffs Unified Diffs Ignore Whitespace Patch

Modified mttroot/mtt/bin/mtt from [b5d9f5c247] to [e0453def2b].

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# Copyright (C) 2001 by Peter J. Gawthrop

###############################################################
## Version control history
###############################################################
## $Header$
## $Log$



## Revision 1.333  2002/04/28 18:41:26  geraint
## Fixed [ 549658 ] awk should be gawk.
## Replaced calls to awk with call to gawk.
##
## Revision 1.332  2002/04/26 23:19:00  geraint
## Fixed path to info files for "mtt info".
##








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# Copyright (C) 2001 by Peter J. Gawthrop

###############################################################
## Version control history
###############################################################
## $Header$
## $Log$
## Revision 1.334  2002/05/01 14:10:22  gawthrop
## Added -dr foo (reads from dir foo) option
##
## Revision 1.333  2002/04/28 18:41:26  geraint
## Fixed [ 549658 ] awk should be gawk.
## Replaced calls to awk with call to gawk.
##
## Revision 1.332  2002/04/26 23:19:00  geraint
## Fixed path to info files for "mtt info".
##
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# Cancel implicit rules I don't want
%.dvi: %.tex

# MTT implicit rules
## .oct files
$1_%.oct:  $1_%.cc $1_def.h $1_sympar.h $1_cr.h
	echo Creating $1_\$*.oct; $MKOCTFILE  $1_\$*.cc

.PRECIOUS: mtt_%.oct
mtt_%.oct: mtt_%.cc
	echo Compiling \$<
	${MKOCTFILE} $define_octave_dev \$<

## .cc files
.PRECIOUS: %.cc # Don't let mtt delete them
$1_%.cc:  $1_%.m
	mtt_m2cc.sh  $1 \$* cat 

mtt_%.cc: ${MTT_LIB}/cc/mtt_%.cc
	cp ${MTT_LIB}/cc/mtt_\$*.cc mtt_\$*.cc

mtt_%.hh: ${MTT_LIB}/cc/mtt_%.hh
	cp ${MTT_LIB}/cc/mtt_\$*.hh mtt_\$*.hh

## .o files
.PRECIOUS: $1_%.o
$1_%.o: $1_%.cc $1_def.h $1_sympar.h $1_cr.h
	echo Compiling $1_\$*.cc
	${MTT_CXX} ${MTT_CXXFLAGS} ${MTT_CXXINCS} -c $< -DSTANDALONE

.PRECIOUS: mtt_%.o
mtt_%.o: mtt_%.cc
	echo Compiling mtt_\$*.cc
	${MTT_CXX} ${MTT_CXXFLAGS} ${MTT_CXXINCS} -c $< -DSTANDALONE $define_octave_dev

# Generates code to write reduce code
$1_ode_write.r: $1_def.m
	def2write_r  $1 $2 $computation

ifeq ("$sensitivity","sensitivity")
ifeq ("$level","0")








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# Cancel implicit rules I don't want
%.dvi: %.tex

# MTT implicit rules
## .oct files
$1_%.oct:  $1_%.cc $1_def.h $1_sympar.h $1_cr.h
	echo Creating $1_\$*.oct; $MKOCTFILE -DCODEGENTARGET=OCTAVEDLD $1_\$*.cc

.PRECIOUS: mtt_%.oct
mtt_%.oct: mtt_%.cc
	echo Compiling \$<
	${MKOCTFILE} -DCODEGENTARGET=OCTAVEDLD $define_octave_dev \$<

## .cc files
.PRECIOUS: %.cc # Don't let mtt delete them
$1_%.cc:  $1_%.m
	mtt_m2cc.sh  $1 \$* cat 

mtt_%.cc: ${MTT_LIB}/cc/mtt_%.cc
	cp ${MTT_LIB}/cc/mtt_\$*.cc mtt_\$*.cc

mtt_%.hh: ${MTT_LIB}/cc/mtt_%.hh
	cp ${MTT_LIB}/cc/mtt_\$*.hh mtt_\$*.hh

## .o files
.PRECIOUS: $1_%.o
$1_%.o: $1_%.cc $1_def.h $1_sympar.h $1_cr.h
	echo Compiling $1_\$*.cc
	${MTT_CXX} ${MTT_CXXFLAGS} ${MTT_CXXINCS} -c $< -DCODEGENTARGET=STANDALONE

.PRECIOUS: mtt_%.o
mtt_%.o: mtt_%.cc
	echo Compiling mtt_\$*.cc
	${MTT_CXX} ${MTT_CXXFLAGS} ${MTT_CXXINCS} -c $< -DCODEGENTARGET=STANDALONE $define_octave_dev

# Generates code to write reduce code
$1_ode_write.r: $1_def.m
	def2write_r  $1 $2 $computation

ifeq ("$sensitivity","sensitivity")
ifeq ("$level","0")
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	echo Creating $1_ode2odes.exe
	${MTT_CXX} ${MTT_CXXFLAGS} -o $1_ode2odes.exe\
	$1_ode2odes.o $1_ode2odes_common.o $1_ode2odes_${integration_method}.o $1_ode2odes_${algebraic_solver}.o mtt_kpathsea.o\
	${MTT_LDFLAGS} ${MTT_CXXLIBS}

$1_ode2odes.o: $1_ode2odes.cc $1_ode2odes_common.o $1_ode2odes_${integration_method}.o $1_ode2odes_${algebraic_solver}.o
	echo Creating $1_ode2odes.o
	${MTT_CXX} ${MTT_CXXFLAGS} ${MTT_CXXINCS} -c $1_ode2odes.cc -DSTANDALONE

$1_ode2odes.oct: $1_ode2odes.cc $1_ode2odes_common.oct $1_ode2odes_${integration_method}.oct $1_ode2odes_${algebraic_solver}.o
	touch $1_ode2odes.m
	echo Creating $1_ode2odes.oct
	$MKOCTFILE $1_ode2odes.cc mtt_${algebraic_solver}.cc mtt_Solver.cc mtt_AlgebraicSolver.cc

$1_ode2odes.cc: $1_def.r $1_sympars.txt\
		$1_ode2odes_common.m $1_ode2odes_common.cc\
		$1_ode2odes_${integration_method}.m $1_ode2odes_${integration_method}.cc\
		mtt_Solver.cc mtt_AlgebraicSolver.cc mtt_${algebraic_solver}.cc mtt_${algebraic_solver}.hh
	touch $1_ode2odes.m
	make_ode2odes $1 cc $integration_method $algebraic_solver








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	echo Creating $1_ode2odes.exe
	${MTT_CXX} ${MTT_CXXFLAGS} -o $1_ode2odes.exe\
	$1_ode2odes.o $1_ode2odes_common.o $1_ode2odes_${integration_method}.o $1_ode2odes_${algebraic_solver}.o mtt_kpathsea.o\
	${MTT_LDFLAGS} ${MTT_CXXLIBS}

$1_ode2odes.o: $1_ode2odes.cc $1_ode2odes_common.o $1_ode2odes_${integration_method}.o $1_ode2odes_${algebraic_solver}.o
	echo Creating $1_ode2odes.o
	${MTT_CXX} ${MTT_CXXFLAGS} ${MTT_CXXINCS} -c $1_ode2odes.cc -DCODEGENTARGET=STANDALONE

$1_ode2odes.oct: $1_ode2odes.cc $1_ode2odes_common.oct $1_ode2odes_${integration_method}.oct $1_ode2odes_${algebraic_solver}.o
	touch $1_ode2odes.m
	echo Creating $1_ode2odes.oct
	$MKOCTFILE -DCODEGENTARGET=OCTAVEDLD $1_ode2odes.cc mtt_${algebraic_solver}.cc mtt_Solver.cc mtt_AlgebraicSolver.cc

$1_ode2odes.cc: $1_def.r $1_sympars.txt\
		$1_ode2odes_common.m $1_ode2odes_common.cc\
		$1_ode2odes_${integration_method}.m $1_ode2odes_${integration_method}.cc\
		mtt_Solver.cc mtt_AlgebraicSolver.cc mtt_${algebraic_solver}.cc mtt_${algebraic_solver}.hh
	touch $1_ode2odes.m
	make_ode2odes $1 cc $integration_method $algebraic_solver
︙︙

Modified mttroot/mtt/bin/trans/make_ode2odes from [aa15487e6e] to [de3807b0bb]. 

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#! /bin/sh

     ###################################### 
     ##### Model Transformation Tools #####
    ######################################

###############################################################
## Version control history
###############################################################
## $Id$
## $Log$



## Revision 1.72  2002/05/01 12:21:29  geraint
## No longer uses save_ascii_data_for_plotting function to write data
## - eliminates dependence on liboctinterp (and libncurses) for .cc.
##
## Revision 1.71  2002/04/30 23:27:00  geraint
## Replaced octave_map with columnvector in simpar.cc. Not quite as descriptive but
## standardises the interfaces somewhat and reduces the dependency on liboctinterp












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#! /bin/sh

     ###################################### 
     ##### Model Transformation Tools #####
    ######################################

###############################################################
## Version control history
###############################################################
## $Id$
## $Log$
## Revision 1.73  2002/05/01 12:24:41  geraint
## Removed unnecessary inclusion of load-save.h.
##
## Revision 1.72  2002/05/01 12:21:29  geraint
## No longer uses save_ascii_data_for_plotting function to write data
## - eliminates dependence on liboctinterp (and libncurses) for .cc.
##
## Revision 1.71  2002/04/30 23:27:00  geraint
## Replaced octave_map with columnvector in simpar.cc. Not quite as descriptive but
## standardises the interfaces somewhat and reduces the dependency on liboctinterp
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    *)
	vector_value=column_vector_value
	feval_header=parse.h
	;;
esac

cat <<EOF  > $filename








#include <octave/oct.h>
#include <octave/lo-mappers.h>
#include <octave/variables.h>

#ifndef STANDALONE
#include <octave/${feval_header}>
#endif

#include "${sys}_def.h"
#include "${sys}_sympar.h"

#include "mtt_${algebraic_solver}.hh"

#include <fstream>
#ifdef STANDALONE
#include <csignal>

extern ColumnVector F${sys}_ae (
	ColumnVector &x,
	ColumnVector &u,
	const double &t,
	ColumnVector &par);








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    *)
	vector_value=column_vector_value
	feval_header=parse.h
	;;
esac

cat <<EOF  > $filename

// Code generation directives
#define STANDALONE 0
#define OCTAVEDLD  1
#if (! defined (CODEGENTARGET))
#define CODEGENTARGET STANDALONE
#endif // (! defined (CODEGENTARGET))

#include <octave/oct.h>
#include <octave/lo-mappers.h>
#include <octave/variables.h>

#if (CODEGENTARGET == OCTAVEDLD)
#include <octave/${feval_header}>
#endif // (CODEGENTARGET == OCTAVEDLD)

#include "${sys}_def.h"
#include "${sys}_sympar.h"

#include "mtt_${algebraic_solver}.hh"

#include <fstream>
#if (CODEGENTARGET == STANDALONE)
#include <csignal>

extern ColumnVector F${sys}_ae (
	ColumnVector &x,
	ColumnVector &u,
	const double &t,
	ColumnVector &par);
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EOF
    ;;
esac
cat <<EOF >> $filename

void set_signal_handlers (void);

#endif // STANDALONE

ColumnVector
mtt_ae (ColumnVector &x,
	ColumnVector &u,
	const double &t,
	ColumnVector &par)
{
#ifdef STANDALONE
    return F${sys}_ae(x,u,t,par);
#else
    static octave_value_list args, f;
    args (0) = octave_value (x);
    args (1) = octave_value (u);
    args (2) = octave_value (t);
    args (3) = octave_value (par);
    f = feval ("${sys}_ae", args, 1);
    return f(0).${vector_value} ();
#endif
}

inline ColumnVector
mtt_input (ColumnVector &x,
	   ColumnVector &y,
	   const double &t,
	   ColumnVector &par)
{
  static MTT::${algebraic_solver} ae(MTTNPAR,MTTNU,MTTNX,MTTNY,MTTNYZ);
  static ColumnVector u  (MTTNU);

#ifdef STANDALONE
  u = F${sys}_input (x, y, t, par);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (y);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_input", args, 1);
  u = f(0).${vector_value} ();
#endif
  if (MTTNYZ == 0)
    {
      return u;
    }
  else
    {
      return ae.solve(x,u,t,par);
    }
}

inline ColumnVector
mtt_logic (ColumnVector &x,
	   ColumnVector &u,
	   const double &t,
	   ColumnVector &par)
{
#ifdef STANDALONE
  return F${sys}_logic (x, u, t, par);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_logic", args, 1);
  return f(0).${vector_value} ();
#endif
}

inline ColumnVector
mtt_numpar (void)
{
#ifdef STANDALONE
  return F${sys}_numpar ();
#else
  static octave_value_list args, f;
  f = feval ("${sys}_numpar", args, 1);
  return f(0).${vector_value} ();
#endif
}

inline ColumnVector
mtt_simpar (void)
{
#ifdef STANDALONE
  return F${sys}_simpar ();
#else
  static octave_value_list args, f;
  f = feval ("${sys}_simpar", args, 1);
  return f(0).${vector_value} ();
#endif
}

inline ColumnVector
mtt_state (ColumnVector &par)
{
#ifdef STANDALONE
  return F${sys}_state (par);
#else
  static octave_value_list args, f;
  args (0) = octave_value (par);
  f = feval ("${sys}_state", args, 1);
  return f(0).${vector_value} ();
#endif
}

inline ColumnVector
mtt_rate (ColumnVector &x,
	  ColumnVector &u,
	  const double &t,
	  ColumnVector &par)
{
#ifdef STANDALONE
  return F${sys}_${ode} (x, u, t, par);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_${ode}", args, 1);
  return f(0).${vector_value} ();
#endif
}

inline ColumnVector
mtt_output (ColumnVector &x,
	     ColumnVector &u,
	     const double &t,
	     ColumnVector &par)
{
#ifdef STANDALONE
  return F${sys}_${odeo} (x, u, t, par);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_${odeo}", args, 1);
  return f(0).${vector_value} ();
#endif
}

EOF
case "$method" in
    "implicit")
	cat <<EOF >> $filename
inline ColumnVector
mtt_implicit (ColumnVector &x,
	      ColumnVector &dx,
	      Matrix &AA,
	      ColumnVector &AAx,
	      const double &ddt,
	      const int &nx,
	      const ColumnVector &open_switches)
{
#ifdef STANDALONE
  return Fmtt_implicit (x, dx, AA, AAx, ddt, nx, open_switches);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (dx);
  args (2) = octave_value (AA);
  args (3) = octave_value (AAx);
  args (4) = octave_value (ddt);
  args (5) = octave_value ((double)nx);
  args (6) = octave_value (open_switches);
  f = feval ("mtt_implicit", args, 1);
  return f(0).${vector_value} ();
#endif
}

inline Matrix
mtt_smxa (ColumnVector &x,
	  ColumnVector &u,
	  const double &t,
	  ColumnVector &par)
{
#ifdef STANDALONE
  return F${sys}_smxa (x, u, t, par);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_smxa", args, 1);
  return f(0).matrix_value ();
#endif
}

inline ColumnVector
mtt_smxax (ColumnVector &x,
	   ColumnVector &u,
	   const double &t,
	   ColumnVector &par)
{
#ifdef STANDALONE
  return F${sys}_smxax (x, u, t, par);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_smxax", args, 1);
  return f(0).${vector_value} ();
#endif
}

EOF
    ;;
    "dassl")
cat <<EOF >> $filename
inline ColumnVector
mtt_dassl (ColumnVector &x,
	   const ColumnVector &u,
	   const double &t,
	   const ColumnVector &par,
	   const ColumnVector &dx,
	   const double &ddt,
	   const int &nx,
	   const int &nyz,
	   const ColumnVector &open_switches)
{
#ifdef STANDALONE
   return Fmtt_dassl (x, u, t, par, dx, ddt, nx, nyz, open_switches);
#else
   static octave_value_list args, f;
    args (0) = octave_value (x);
    args (1) = octave_value (u);
    args (2) = octave_value (t);
    args (3) = octave_value (par);
    args (4) = octave_value (dx);
    args (5) = octave_value (ddt);
    args (6) = octave_value (static_cast<double> (nx));
    args (7) = octave_value (static_cast<double> (nyz));
    args (8) = octave_value (open_switches);
    f = feval ("mtt_dassl", args, 1);
    return f(0).${vector_value} ();
#endif
}

#ifdef STANDALONE
ColumnVector
Fmtt_residual (const ColumnVector &X,
	      const ColumnVector &DX,
	      double t,
	      int &ires)
{
#else // !STANDALONE
DEFUN_DLD (mtt_residual, args, , "mtt_residual")
{
    static ColumnVector	X  (MTTNX+MTTNYZ);
    static ColumnVector	DX (MTTNX+MTTNYZ);
    static double      	t;
    static int		&ires;

    X  = args(0).${vector_value} ();
    DX = args(1).${vector_value} ();
    t  = args(2).double_value ();
    ires = static_cast<int>(args(3).double_value ());
#endif // STANDALONE

    static ColumnVector residual (MTTNX+MTTNYZ);
    static ColumnVector U (MTTNU+MTTNYZ);
    static ColumnVector u (MTTNU);
    static ColumnVector y (MTTNY,0.0);
    static ColumnVector par (MTTNPAR);
    static ColumnVector dx(MTTNX);
    static ColumnVector yz(MTTNYZ);

    static ColumnVector x (MTTNX);
    static ColumnVector ui (MTTNYZ);

    static octave_value_list new_args;

    x = X.extract (0,MTTNX-1);
    if (MTTNYZ > 0)
      ui = X.extract (MTTNX,MTTNX+MTTNYZ-1);    

#ifdef STANDALONE
    par = F${sys}_numpar();
    u = F${sys}_input(x,y,t,par);
#else
    par = feval ("${sys}_numpar",  new_args, 1)(0).${vector_value} ();
    new_args(0) = octave_value (x);
    new_args(1) = octave_value (u);
    new_args(2) = octave_value (t);
    new_args(3) = octave_value (par);
    u = feval ("${sys}_input", new_args, 1)(0).${vector_value} ();
#endif

    U.insert (u,0);
    if (MTTNYZ > 0)
      U.insert (ui,MTTNU);

#ifdef STANDALONE
    dx = F${sys}_${ode} (x,U,t,par);
    yz = F${sys}_ae (x,U,t,par);
#else
    new_args(1) = octave_value (U);
    dx = feval ("${sys}_${ode}", new_args, 1)(0).${vector_value} ();
    yz = feval ("${sys}_ae", new_args, 1)(0).${vector_value} ();
#endif

    for (register int i = 0; i < MTTNX; i++)
      residual (i) = dx(i) - DX(i);
    
    if (MTTNYZ > 0)
      {
	residual.insert (yz,MTTNX);








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EOF
    ;;
esac
cat <<EOF >> $filename

void set_signal_handlers (void);

#endif // (CODEGENTARGET == STANDALONE)

ColumnVector
mtt_ae (ColumnVector &x,
	ColumnVector &u,
	const double &t,
	ColumnVector &par)
{
#if (CODEGENTARGET == STANDALONE)
    return F${sys}_ae(x,u,t,par);
#elif (CODEGENTARGET == OCTAVEDLD)
    static octave_value_list args, f;
    args (0) = octave_value (x);
    args (1) = octave_value (u);
    args (2) = octave_value (t);
    args (3) = octave_value (par);
    f = feval ("${sys}_ae", args, 1);
    return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline ColumnVector
mtt_input (ColumnVector &x,
	   ColumnVector &y,
	   const double &t,
	   ColumnVector &par)
{
  static MTT::${algebraic_solver} ae(MTTNPAR,MTTNU,MTTNX,MTTNY,MTTNYZ);
  static ColumnVector u  (MTTNU);

#if (CODEGENTARGET == STANDALONE)
  u = F${sys}_input (x, y, t, par);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (y);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_input", args, 1);
  u = f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
  if (MTTNYZ == 0)
    {
      return u;
    }
  else
    {
      return ae.solve(x,u,t,par);
    }
}

inline ColumnVector
mtt_logic (ColumnVector &x,
	   ColumnVector &u,
	   const double &t,
	   ColumnVector &par)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_logic (x, u, t, par);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_logic", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline ColumnVector
mtt_numpar (void)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_numpar ();
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  f = feval ("${sys}_numpar", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline ColumnVector
mtt_simpar (void)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_simpar ();
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  f = feval ("${sys}_simpar", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline ColumnVector
mtt_state (ColumnVector &par)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_state (par);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (par);
  f = feval ("${sys}_state", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline ColumnVector
mtt_rate (ColumnVector &x,
	  ColumnVector &u,
	  const double &t,
	  ColumnVector &par)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_${ode} (x, u, t, par);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_${ode}", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline ColumnVector
mtt_output (ColumnVector &x,
	     ColumnVector &u,
	     const double &t,
	     ColumnVector &par)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_${odeo} (x, u, t, par);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_${odeo}", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

EOF
case "$method" in
    "implicit")
	cat <<EOF >> $filename
inline ColumnVector
mtt_implicit (ColumnVector &x,
	      ColumnVector &dx,
	      Matrix &AA,
	      ColumnVector &AAx,
	      const double &ddt,
	      const int &nx,
	      const ColumnVector &open_switches)
{
#if (CODEGENTARGET == STANDALONE)
  return Fmtt_implicit (x, dx, AA, AAx, ddt, nx, open_switches);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (dx);
  args (2) = octave_value (AA);
  args (3) = octave_value (AAx);
  args (4) = octave_value (ddt);
  args (5) = octave_value ((double)nx);
  args (6) = octave_value (open_switches);
  f = feval ("mtt_implicit", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline Matrix
mtt_smxa (ColumnVector &x,
	  ColumnVector &u,
	  const double &t,
	  ColumnVector &par)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_smxa (x, u, t, par);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_smxa", args, 1);
  return f(0).matrix_value ();
#endif // (CODEGENTARGET == STANDALONE)
}

inline ColumnVector
mtt_smxax (ColumnVector &x,
	   ColumnVector &u,
	   const double &t,
	   ColumnVector &par)
{
#if (CODEGENTARGET == STANDALONE)
  return F${sys}_smxax (x, u, t, par);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (u);
  args (2) = octave_value (t);
  args (3) = octave_value (par);
  f = feval ("${sys}_smxax", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

EOF
    ;;
    "dassl")
cat <<EOF >> $filename
inline ColumnVector
mtt_dassl (ColumnVector &x,
	   const ColumnVector &u,
	   const double &t,
	   const ColumnVector &par,
	   const ColumnVector &dx,
	   const double &ddt,
	   const int &nx,
	   const int &nyz,
	   const ColumnVector &open_switches)
{
#if (CODEGENTARGET == STANDALONE)
   return Fmtt_dassl (x, u, t, par, dx, ddt, nx, nyz, open_switches);
#elif (CODEGENTARGET == OCTAVEDLD)
   static octave_value_list args, f;
    args (0) = octave_value (x);
    args (1) = octave_value (u);
    args (2) = octave_value (t);
    args (3) = octave_value (par);
    args (4) = octave_value (dx);
    args (5) = octave_value (ddt);
    args (6) = octave_value (static_cast<double> (nx));
    args (7) = octave_value (static_cast<double> (nyz));
    args (8) = octave_value (open_switches);
    f = feval ("mtt_dassl", args, 1);
    return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

#if (CODEGENTARGET == STANDALONE)
ColumnVector
Fmtt_residual (const ColumnVector &X,
	      const ColumnVector &DX,
	      double t,
	      int &ires)
{
#elif (CODEGENTARGET == OCTAVEDLD)
DEFUN_DLD (mtt_residual, args, , "mtt_residual")
{
    static ColumnVector	X  (MTTNX+MTTNYZ);
    static ColumnVector	DX (MTTNX+MTTNYZ);
    static double      	t;
    static int		&ires;

    X  = args(0).${vector_value} ();
    DX = args(1).${vector_value} ();
    t  = args(2).double_value ();
    ires = static_cast<int>(args(3).double_value ());
#endif // (CODEGENTARGET == STANDALONE)

    static ColumnVector residual (MTTNX+MTTNYZ);
    static ColumnVector U (MTTNU+MTTNYZ);
    static ColumnVector u (MTTNU);
    static ColumnVector y (MTTNY,0.0);
    static ColumnVector par (MTTNPAR);
    static ColumnVector dx(MTTNX);
    static ColumnVector yz(MTTNYZ);

    static ColumnVector x (MTTNX);
    static ColumnVector ui (MTTNYZ);

    static octave_value_list new_args;

    x = X.extract (0,MTTNX-1);
    if (MTTNYZ > 0)
      ui = X.extract (MTTNX,MTTNX+MTTNYZ-1);    

#if (CODEGENTARGET == STANDALONE)
    par = F${sys}_numpar();
    u = F${sys}_input(x,y,t,par);
#elif (CODEGENTARGET == OCTAVEDLD)
    par = feval ("${sys}_numpar",  new_args, 1)(0).${vector_value} ();
    new_args(0) = octave_value (x);
    new_args(1) = octave_value (u);
    new_args(2) = octave_value (t);
    new_args(3) = octave_value (par);
    u = feval ("${sys}_input", new_args, 1)(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)

    U.insert (u,0);
    if (MTTNYZ > 0)
      U.insert (ui,MTTNU);

#if (CODEGENTARGET == STANDALONE)
    dx = F${sys}_${ode} (x,U,t,par);
    yz = F${sys}_ae (x,U,t,par);
#elif (CODEGENTARGET == OCTAVEDLD)
    new_args(1) = octave_value (U);
    dx = feval ("${sys}_${ode}", new_args, 1)(0).${vector_value} ();
    yz = feval ("${sys}_ae", new_args, 1)(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)

    for (register int i = 0; i < MTTNX; i++)
      residual (i) = dx(i) - DX(i);
    
    if (MTTNYZ > 0)
      {
	residual.insert (yz,MTTNX);
︙︙
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	  }
	else
	  step = t;	
	for (register int i = MTTNX; i < MTTNX+MTTNYZ; i++)
	  residual(i) += X(i) - DX(i)*step;
      }

#ifdef STANDALONE
    return residual;
#else // !STANDALONE
    return octave_value (residual);
#endif // STANDALONE
}
    
EOF
    ;;
    "euler" | "rk4" | *)
cat <<EOF >> $filename
inline ColumnVector
mtt_euler (ColumnVector &x,
	   const ColumnVector &dx,
	   const double &ddt,
	   const int &nx,
	   const ColumnVector &open_switches)
{
#ifdef STANDALONE
  return Fmtt_euler (x, dx, ddt, nx, open_switches);
#else
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (dx);
  args (2) = octave_value (ddt);
  args (3) = octave_value ((double)nx);
  args (4) = octave_value (open_switches);
  f = feval ("mtt_euler", args, 1);
  return f(0).${vector_value} ();
#endif
}

EOF
    ;;
esac
cat <<EOF >> $filename









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	  }
	else
	  step = t;	
	for (register int i = MTTNX; i < MTTNX+MTTNYZ; i++)
	  residual(i) += X(i) - DX(i)*step;
      }

#if (CODEGENTARGET == STANDALONE)
    return residual;
#elif (CODEGENTARGET == OCTAVEDLD)
    return octave_value (residual);
#endif // (CODEGENTARGET == STANDALONE)
}
    
EOF
    ;;
    "euler" | "rk4" | *)
cat <<EOF >> $filename
inline ColumnVector
mtt_euler (ColumnVector &x,
	   const ColumnVector &dx,
	   const double &ddt,
	   const int &nx,
	   const ColumnVector &open_switches)
{
#if (CODEGENTARGET == STANDALONE)
  return Fmtt_euler (x, dx, ddt, nx, open_switches);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args (0) = octave_value (x);
  args (1) = octave_value (dx);
  args (2) = octave_value (ddt);
  args (3) = octave_value ((double)nx);
  args (4) = octave_value (open_switches);
  f = feval ("mtt_euler", args, 1);
  return f(0).${vector_value} ();
#endif // (CODEGENTARGET == STANDALONE)
}

EOF
    ;;
esac
cat <<EOF >> $filename
︙︙
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  fcputime << t << '\t'
	   << static_cast <double> (cputime - cputime0) / CLOCKS_PER_SEC << '\t'
	   << static_cast <double> (cputime - cputime1) / CLOCKS_PER_SEC << std::endl;
  cputime1 = cputime;

  if (nrows == row)
    {
#ifdef STANDALONE
      file << "# name: mtt_dump" << std::endl
	   << "# type: matrix" << std::endl
	   << "# rows: " << data.rows () << std::endl
	   << "# columns: " << data.columns () << std::endl
	   << data;
      file.flush ();
#else // ! STANDALONE
  set_global_value ("MTT_data", data);
#endif
    row = 0;
    fcputime.close();
    }
}

#ifdef STANDALONE
void dump_data (std::ostream &file)
{
  ColumnVector null (0);
  mtt_write (0.0, null, null, 0, true, file);
}

void handle_signal (int signum)








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  fcputime << t << '\t'
	   << static_cast <double> (cputime - cputime0) / CLOCKS_PER_SEC << '\t'
	   << static_cast <double> (cputime - cputime1) / CLOCKS_PER_SEC << std::endl;
  cputime1 = cputime;

  if (nrows == row)
    {
#if (CODEGENTARGET == STANDALONE)
      file << "# name: mtt_dump" << std::endl
	   << "# type: matrix" << std::endl
	   << "# rows: " << data.rows () << std::endl
	   << "# columns: " << data.columns () << std::endl
	   << data;
      file.flush ();
#elif (CODEGENTARGET == OCTAVEDLD)
  set_global_value ("MTT_data", data);
#endif // (CODEGENTARGET == STANDALONE)
    row = 0;
    fcputime.close();
    }
}

#if (CODEGENTARGET == STANDALONE)
void dump_data (std::ostream &file)
{
  ColumnVector null (0);
  mtt_write (0.0, null, null, 0, true, file);
}

void handle_signal (int signum)
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  signal (SIGFPE,	handle_signal);
  signal (SIGINT,	handle_signal);
  signal (SIGQUIT,	handle_signal);
}

int main (void) {
  set_signal_handlers ();
#else
DEFUN_DLD (${sys}_ode2odes, args, ,
"Octave ode2odes representation of system with $method integration method\nUsage: mtt_data = ${sys}_ode2odes (x0, par, simpar)\n")
{
  static octave_value_list retval;
#endif // STANDALONE
  static ColumnVector	x0;
  static ColumnVector	par;
  static ColumnVector	simpar;

  static double
    first	= 0.0,
    dt		= 0.0,
    last	= 0.0,
    stepfactor	= 0.0;
#ifndef STANDALONE
  int nargin = args.length ();
  switch (nargin)
    {
    case 3:
      first		= args (2).${vector_value} ()(0);
      dt		= args (2).${vector_value} ()(1);
      last		= args (2).${vector_value} ()(2);








|




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|








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1057

  signal (SIGFPE,	handle_signal);
  signal (SIGINT,	handle_signal);
  signal (SIGQUIT,	handle_signal);
}

int main (void) {
  set_signal_handlers ();
#elif (CODEGENTARGET == OCTAVEDLD)
DEFUN_DLD (${sys}_ode2odes, args, ,
"Octave ode2odes representation of system with $method integration method\nUsage: mtt_data = ${sys}_ode2odes (x0, par, simpar)\n")
{
  static octave_value_list retval;
#endif // (CODEGENTARGET == STANDALONE)
  static ColumnVector	x0;
  static ColumnVector	par;
  static ColumnVector	simpar;

  static double
    first	= 0.0,
    dt		= 0.0,
    last	= 0.0,
    stepfactor	= 0.0;
#if (CODEGENTARGET == OCTAVEDLD)
  int nargin = args.length ();
  switch (nargin)
    {
    case 3:
      first		= args (2).${vector_value} ()(0);
      dt		= args (2).${vector_value} ()(1);
      last		= args (2).${vector_value} ()(2);
︙︙
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      dt		= mtt_simpar ()(1);
      last		= mtt_simpar ()(2);
      stepfactor     	= mtt_simpar ()(3);
      par    		= mtt_numpar ();
      x0      		= args (0).${vector_value} ();
      break;
    case 0:
#endif // ! STANDALONE
      first		= mtt_simpar ()(0);
      dt		= mtt_simpar ()(1);
      last		= mtt_simpar ()(2);
      stepfactor     	= mtt_simpar ()(3);
      par    		= mtt_numpar ();
      x0      		= mtt_state (par);
#ifndef STANDALONE
      break;
    default:
      usage("${sys}_ode2odes (x par simpar)", nargin);
      error("aborting.");
    }
#endif // STANDALONE
  static ColumnVector	dx (MTTNX, 0.0);
  static ColumnVector	x (MTTNX, 0.0);
  static ColumnVector	u (MTTNU, 0.0);
  static ColumnVector	y (MTTNY, 0.0);

  static Matrix	AA (MTTNX, MTTNX, 0.0);
  static ColumnVector	AAx (MTTNX, 0.0);








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1072
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      dt		= mtt_simpar ()(1);
      last		= mtt_simpar ()(2);
      stepfactor     	= mtt_simpar ()(3);
      par    		= mtt_numpar ();
      x0      		= args (0).${vector_value} ();
      break;
    case 0:
#endif // (CODEGENTARGET == OCTAVEDLD)
      first		= mtt_simpar ()(0);
      dt		= mtt_simpar ()(1);
      last		= mtt_simpar ()(2);
      stepfactor     	= mtt_simpar ()(3);
      par    		= mtt_numpar ();
      x0      		= mtt_state (par);
#if (CODEGENTARGET == OCTAVEDLD)
      break;
    default:
      usage("${sys}_ode2odes (x par simpar)", nargin);
      error("aborting.");
    }
#endif // (CODEGENTARGET == OCTAVEDLD)
  static ColumnVector	dx (MTTNX, 0.0);
  static ColumnVector	x (MTTNX, 0.0);
  static ColumnVector	u (MTTNU, 0.0);
  static ColumnVector	y (MTTNY, 0.0);

  static Matrix	AA (MTTNX, MTTNX, 0.0);
  static ColumnVector	AAx (MTTNX, 0.0);
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      open_switches = mtt_logic (x, u, t, par);
      x =  $algorithm; 
      t += ddt;
      j++;
      j = (j == static_cast<int> (stepfactor)) ? 0 : j;
    }

#ifdef STANDALONE
  return 0;
#else
/*  
  retval (0) = octave_value (y);
  retval (1) = octave_value (x);
  retval (2) = octave_value (t);
*/
  retval = octave_value (get_global_value ("MTT_data"));
  return (retval);
#endif // STANDALONE
}
EOF
}

case ${lang} in
    m)
        make_m	








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|







|








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      open_switches = mtt_logic (x, u, t, par);
      x =  $algorithm; 
      t += ddt;
      j++;
      j = (j == static_cast<int> (stepfactor)) ? 0 : j;
    }

#if (CODEGENTARGET == STANDALONE)
  return 0;
#elif (CODEGENTARGET == OCTAVEDLD)
/*  
  retval (0) = octave_value (y);
  retval (1) = octave_value (x);
  retval (2) = octave_value (t);
*/
  retval = octave_value (get_global_value ("MTT_data"));
  return (retval);
#endif // (CODEGENTARGET == STANDALONE)
}
EOF
}

case ${lang} in
    m)
        make_m
︙︙

Modified mttroot/mtt/bin/trans/make_stdin from [c1f26ffe2e] to [d2cafbc640].

︙︙
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// -*-c++-*- Put emacs into c++-mode

// 
// System ${Sys}, representation input, language oct; 
// File ${Sys}_input.oct; 
// Generated by MTT on `date`; 


#ifdef STANDALONE






#include <octave/oct.h>
#include "${Sys}_def.h"

void strip_comments (istream &str)
{
  char c;
  c = str.peek ();








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>
>








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// -*-c++-*- Put emacs into c++-mode

// 
// System ${Sys}, representation input, language oct; 
// File ${Sys}_input.oct; 
// Generated by MTT on `date`; 

// Code generation directives
#define STANDALONE 0
#define OCTAVEDLD  1
#if (! defined (CODEGENTARGET))
#define CODEGENTARGET STANDALONE
#endif // (! defined (CODEGENTARGET))

#if (CODEGENTARGET == STANDALONE)
#include <octave/oct.h>
#include "${Sys}_def.h"

void strip_comments (istream &str)
{
  char c;
  c = str.peek ();
︙︙
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ColumnVector F${Sys}_input (
	ColumnVector	&mttx,
	ColumnVector	&mtty,
	const double	&mttt,
	ColumnVector	&mttpar
)
{
#endif // STANDALONE
#ifndef STANDALONE
#include <octave/oct.h>
#include <variables.h>
#include "${Sys}_def.h"

DEFUN_DLD (${Sys}_input, args, ,
"Usage: [mttu] = ${Sys}_input()
Octave input (-stdin) representation of system ${Sys}
Generated by MTT on `date`")
{

  octave_value_list retval;
#endif // ! STANDALONE

  ColumnVector	mttu	(MTTNU);

  // Set up the mttu vector
#ifndef STANDALONE
  int MTT_input_index	= static_cast<int>(get_global_value ("MTT_input_index").double_value ());
  int MTT_input_last	= static_cast<int>(get_global_value ("MTT_input_last").double_value ());
  Matrix MTT_input 	= get_global_value ("MTT_input").matrix_value();

  mttu = MTT_input.row (MTT_input_index);

  if (MTT_input_index < (MTT_input_last - 1))
    {
      set_global_value ("MTT_input_index", static_cast<double>(++MTT_input_index));
    }
  
#else
  double t, u;
  strip_comments (cin);
  cin >> t;
  for (register int i = 0; i < MTTNU; i++)
    {      
      cin >> u;
      mttu(i) = u;
    }
#endif


#ifndef STANDALONE
  retval (0)	= octave_value (mttu);
  return (retval);
}
#endif // ! STANDALONE
#ifdef STANDALONE
  return mttu;
}
#endif // STANDALONE
EOF
}

case $lang in
    p)
	make_p 
	;;








|
<











|




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|








|


|



<
|


|








103
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ColumnVector F${Sys}_input (
	ColumnVector	&mttx,
	ColumnVector	&mtty,
	const double	&mttt,
	ColumnVector	&mttpar
)
{
#elif (CODEGENTARGET == OCTAVEDLD)

#include <octave/oct.h>
#include <variables.h>
#include "${Sys}_def.h"

DEFUN_DLD (${Sys}_input, args, ,
"Usage: [mttu] = ${Sys}_input()
Octave input (-stdin) representation of system ${Sys}
Generated by MTT on `date`")
{

  octave_value_list retval;
#endif // (CODEGENTARGET == STANDALONE)

  ColumnVector	mttu	(MTTNU);

  // Set up the mttu vector
#if (CODEGENTARGET == OCTAVEDLD)
  int MTT_input_index	= static_cast<int>(get_global_value ("MTT_input_index").double_value ());
  int MTT_input_last	= static_cast<int>(get_global_value ("MTT_input_last").double_value ());
  Matrix MTT_input 	= get_global_value ("MTT_input").matrix_value();

  mttu = MTT_input.row (MTT_input_index);

  if (MTT_input_index < (MTT_input_last - 1))
    {
      set_global_value ("MTT_input_index", static_cast<double>(++MTT_input_index));
    }
  
#elif (CODEGENTARGET == STANDALONE)
  double t, u;
  strip_comments (cin);
  cin >> t;
  for (register int i = 0; i < MTTNU; i++)
    {      
      cin >> u;
      mttu(i) = u;
    }
#endif // (CODEGENTARGET == OCTAVEDLD)


#if (CODEGENTARGET == OCTAVEDLD)
  retval (0)	= octave_value (mttu);
  return (retval);
}

#elif (CODEGENTARGET == STANDALONE)
  return mttu;
}
#endif // (CODEGENTARGET == OCTAVEDLD)
EOF
}

case $lang in
    p)
	make_p 
	;;
︙︙

Modified mttroot/mtt/bin/trans/mtt_header from [f0f5b8d756] to [c82b78366b].

︙︙
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14





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# Copyright (C) 2000 by Peter J. Gawthrop

###############################################################
## Version control history
###############################################################
## $Id$
## $Log$





## Revision 1.42  2002/04/28 18:41:27  geraint
## Fixed [ 549658 ] awk should be gawk.
## Replaced calls to awk with call to gawk.
##
## Revision 1.41  2002/04/23 17:46:05  gawthrop
## _sim.m now returns time as third argument
##








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>








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# Copyright (C) 2000 by Peter J. Gawthrop

###############################################################
## Version control history
###############################################################
## $Id$
## $Log$
## Revision 1.43  2002/04/30 23:27:00  geraint
## Replaced octave_map with columnvector in simpar.cc. Not quite as descriptive but
## standardises the interfaces somewhat and reduces the dependency on liboctinterp
## (and thus libreadline, libkpathsea, libncurses, etc).
##
## Revision 1.42  2002/04/28 18:41:27  geraint
## Fixed [ 549658 ] awk should be gawk.
## Replaced calls to awk with call to gawk.
##
## Revision 1.41  2002/04/23 17:46:05  gawthrop
## _sim.m now returns time as third argument
##
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    echo ${ans}
}


write_DLD_header()
{
    cat <<EOF
#ifndef STANDALONE
#include <octave/oct.h>
#include <octave/toplev.h>
#include <math.h>
#include "useful-functions.hh"
#include "${system}_cr.h"
#include "${system}_def.h"
#include "${system}_sympar.h"

DEFUN_DLD (${system}_${rep}, args, ,
"Usage: [$output] = ${system}_${rep}($args)\nOctave ${rep} representation of system ${system}\nGenerated by MTT on `date`")
{

  octave_value_list retval;
#endif // ! STANDALONE

EOF
}


map_DLD_inputs ()
{
    s=${1:-""}					# comma separated input list
    if [ -z ${s:-""} ];then return; fi
    printf "#ifndef STANDALONE\n"
    c=`get_field ${s} 0`			# count of inputs
    i=0
    printf "  if (${c} != args.length ()) usage (\"${fun_name} expected ${c} argument(s): ${s}\");\n\n"
    while [ ${i} -lt ${c} ]; do
	j=${i}
	i=`expr ${i} + 1`
	w=`get_field ${s} ${i}`		# argument name
	get_arg_specific_stuff ${w}
	case ${arg_type} in
	    "const double")
		printf "  ${arg_type}\t${w}\t= args(${j}).double_value ();\n"
		;;
	    ColumnVector | Matrix | *)
		printf "  ${arg_type}\t${w}\t= args(${j}).%s ();\n" ${vector_value}
		;;
	esac
    done
    printf "#endif // ! STANDALONE\n\n"
}	


declare_DLD_outputs ()
{
    s=${1:-""}					# comma separated output list
    c=`get_field ${s} 0`			# count of outputs








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|









|

















|








730
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    echo ${ans}
}


write_DLD_header()
{
    cat <<EOF
#if (CODEGENTARGET == OCTAVEDLD)
#include <octave/oct.h>
#include <octave/toplev.h>
#include <math.h>
#include "useful-functions.hh"
#include "${system}_cr.h"
#include "${system}_def.h"
#include "${system}_sympar.h"

DEFUN_DLD (${system}_${rep}, args, ,
"Usage: [$output] = ${system}_${rep}($args)\nOctave ${rep} representation of system ${system}\nGenerated by MTT on `date`")
{

  octave_value_list retval;
#endif // (CODEGENTARGET == OCTAVEDLD)

EOF
}


map_DLD_inputs ()
{
    s=${1:-""}					# comma separated input list
    if [ -z ${s:-""} ];then return; fi
    printf "#if (CODEGENTARGET == OCTAVEDLD)\n"
    c=`get_field ${s} 0`			# count of inputs
    i=0
    printf "  if (${c} != args.length ()) usage (\"${fun_name} expected ${c} argument(s): ${s}\");\n\n"
    while [ ${i} -lt ${c} ]; do
	j=${i}
	i=`expr ${i} + 1`
	w=`get_field ${s} ${i}`		# argument name
	get_arg_specific_stuff ${w}
	case ${arg_type} in
	    "const double")
		printf "  ${arg_type}\t${w}\t= args(${j}).double_value ();\n"
		;;
	    ColumnVector | Matrix | *)
		printf "  ${arg_type}\t${w}\t= args(${j}).%s ();\n" ${vector_value}
		;;
	esac
    done
    printf "#endif // (CODEGENTARGET == OCTAVEDLD)\n\n"
}	


declare_DLD_outputs ()
{
    s=${1:-""}					# comma separated output list
    c=`get_field ${s} 0`			# count of outputs
︙︙
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821






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    s=${1:-""}					# comma separated output list
    c=`get_field ${s} 0`			# count of outputs
    i=0
    cat <<EOF

\/\/ END Code

#ifndef STANDALONE
EOF
    while [ ${i} -lt ${c} ]; do
	j=${i}
	i=`expr ${i} + 1`
	w=`get_field ${s} ${i}`
	printf "  retval (${j})\t= octave_value (${w});\n"
    done
    cat <<EOF
  return (retval);
}
#endif // ! STANDALONE
EOF
}

write_standalone_header ()
{
    get_arg_specific_stuff ${output}
    cat <<EOF


#ifdef STANDALONE






#include <octave/oct.h>
#include "useful-functions.hh"
#include "${system}_cr.h"
#include "${system}_def.h"
#include "${system}_sympar.h"

${arg_type} F${system}_${rep} (








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|








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|
>
>
>
>
>
>








799
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    s=${1:-""}					# comma separated output list
    c=`get_field ${s} 0`			# count of outputs
    i=0
    cat <<EOF

\/\/ END Code

#if (CODEGENTARGET == OCTAVEDLD)
EOF
    while [ ${i} -lt ${c} ]; do
	j=${i}
	i=`expr ${i} + 1`
	w=`get_field ${s} ${i}`
	printf "  retval (${j})\t= octave_value (${w});\n"
    done
    cat <<EOF
  return (retval);
}
#endif // (CODEGENTARGET == OCTAVEDLD)
EOF
}

write_standalone_header ()
{
    get_arg_specific_stuff ${output}
    cat <<EOF

// Code generation directives
#define STANDALONE 0
#define OCTAVEDLD  1
#if (! defined (CODEGENTARGET))
#define CODEGENTARGET STANDALONE
#endif // (! defined (CODEGENTARGET))

#if (CODEGENTARGET == STANDALONE)
#include <octave/oct.h>
#include "useful-functions.hh"
#include "${system}_cr.h"
#include "${system}_def.h"
#include "${system}_sympar.h"

${arg_type} F${system}_${rep} (
︙︙
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	    get_arg_specific_stuff ${w}
	    printf "\t${arg_type}\t&${w}${comma}\n"
	done
    fi
    cat <<EOF
)
{
#endif // STANDALONE
EOF
}

return_standalone_output ()
{
    cat <<EOF
#ifdef STANDALONE
  return ${output};
}
#endif // STANDALONE
EOF
}

# Header information
cat<<EOF
$modeline
$function $declaration








|






|


|








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	    get_arg_specific_stuff ${w}
	    printf "\t${arg_type}\t&${w}${comma}\n"
	done
    fi
    cat <<EOF
)
{
#endif // (CODEGENTARGET == STANDALONE)
EOF
}

return_standalone_output ()
{
    cat <<EOF
#if (CODEGENTARGET == STANDALONE)
  return ${output};
}
#endif // (CODEGENTARGET == STANDALONE)
EOF
}

# Header information
cat<<EOF
$modeline
$function $declaration
︙︙

Modified mttroot/mtt/lib/cc/mtt_Hybrd_Solver.cc from [f1e519c135] to [478c947ac8].

︙︙
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  static int convergences;
  static int progress_errors;
  static int limit_errors;
  static int unknown_errors;
  
  NLFunc fcn(&Hybrd_Solver::f_hybrd);
  NLEqn	 eqn(Solver::_ui,fcn);
  eqn.set_tolerance(1.0e-3);
  Solver::_ui = eqn.solve(info);

  switch (info)
    {
    case 1:
      convergences++;
      break;








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  static int convergences;
  static int progress_errors;
  static int limit_errors;
  static int unknown_errors;
  
  NLFunc fcn(&Hybrd_Solver::f_hybrd);
  NLEqn	 eqn(Solver::_ui,fcn);
  eqn.set_tolerance(1.0e-20);
  Solver::_ui = eqn.solve(info);

  switch (info)
    {
    case 1:
      convergences++;
      break;
︙︙

Modified mttroot/mtt/lib/cc/mtt_dassl.cc from [b9b24f4791] to [e3d59b9298]. 

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#include <octave/oct.h>
#include <octave/DASSL.h>


#ifdef  OCTAVE_DEV
#include <octave/parse.h>
#define VECTOR_VALUE column_vector_value
#else   // !OCTAVE_DEV
#include <octave/toplev.h>
#define VECTOR_VALUE vector_value
#endif  // OCTAVE_DEV








#ifdef STANDALONE
extern ColumnVector
Fmtt_residual (const ColumnVector &X, const ColumnVector &DX, double t, int &ires);
#endif // STANDALONE


ColumnVector
mtt_residual (const ColumnVector &X, const ColumnVector &DX, double t, int &ires)
{
#ifdef STANDALONE
  return Fmtt_residual (X, DX, t, ires);
#else // !STANDALONE
  static octave_value_list args, f;
  args(0) = octave_value (X);
  args(1) = octave_value (DX);
  args(2) = octave_value (t);
  args(3) = octave_value (ires);
  f = feval ("mtt_residual", args, 1);
  return f(0).VECTOR_VALUE ();
#endif // STANDALONE
}


#ifdef STANDALONE
ColumnVector
Fmtt_dassl (	  ColumnVector	&x,
	    const ColumnVector	&u,
	    const double	&t,
	    const ColumnVector	&par,
	    const ColumnVector	&dx,
	    const double	&ddt,
	    const int		Nx,
	    const int		Nyz,
	    const ColumnVector	&openx)
{
#else // !STANDALONE
DEFUN_DLD (mtt_dassl, args, ,
	   "dassl integration method")
{
  ColumnVector		x	= args(0).VECTOR_VALUE();
  const ColumnVector   	u	= args(1).VECTOR_VALUE();
  const double		t	= args(2).double_value();
  const ColumnVector	par	= args(3).VECTOR_VALUE();
  const ColumnVector	dx	= args(4).VECTOR_VALUE();
  const double		ddt	= args(5).double_value();
  const int		Nx	= static_cast<int> (args(6).double_value());
  const int		Nyz	= static_cast<int> (args(7).double_value());
  const ColumnVector	openx	= args(8).VECTOR_VALUE();
#endif // STANDALONE

  static DAEFunc fdae(mtt_residual);
  static ColumnVector XX (Nx+Nyz);
  XX.insert (x,0);

  for (register int i = Nx; i < Nx+Nyz; i++)
    XX(i) = 0.0;

  double tout = t + ddt;

  DASSL fdassl (XX, t, fdae);
  x = fdassl.do_integrate (tout).extract (0,Nx-1);

  for (register int i = 0; i < Nx; i++)
    if (openx (i) > 0.5)
      x (i) = 0.0;
      

#ifdef STANDALONE
  return x;
#else
  return octave_value (x);
#endif
}














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#include <octave/oct.h>
#include <octave/DASSL.h>


#ifdef  OCTAVE_DEV
#include <octave/parse.h>
#define VECTOR_VALUE column_vector_value
#else   // !OCTAVE_DEV
#include <octave/toplev.h>
#define VECTOR_VALUE vector_value
#endif  // OCTAVE_DEV

// Code generation directives
#define STANDALONE 0
#define OCTAVEDLD  1
#if (! defined (CODEGENTARGET))
#define CODEGENTARGET STANDALONE
#endif // (! defined (CODEGENTARGET))

#if (CODEGENTARGET == STANDALONE)
extern ColumnVector
Fmtt_residual (const ColumnVector &X, const ColumnVector &DX, double t, int &ires);
#endif // (CODEGENTARGET == STANDALONE)


ColumnVector
mtt_residual (const ColumnVector &X, const ColumnVector &DX, double t, int &ires)
{
#if (CODEGENTARGET == STANDALONE)
  return Fmtt_residual (X, DX, t, ires);
#elif (CODEGENTARGET == OCTAVEDLD)
  static octave_value_list args, f;
  args(0) = octave_value (X);
  args(1) = octave_value (DX);
  args(2) = octave_value (t);
  args(3) = octave_value (ires);
  f = feval ("mtt_residual", args, 1);
  return f(0).VECTOR_VALUE ();
#endif // (CODEGENTARGET == STANDALONE)
}


#if (CODEGENTARGET == STANDALONE)
ColumnVector
Fmtt_dassl (	  ColumnVector	&x,
	    const ColumnVector	&u,
	    const double	&t,
	    const ColumnVector	&par,
	    const ColumnVector	&dx,
	    const double	&ddt,
	    const int		Nx,
	    const int		Nyz,
	    const ColumnVector	&openx)
{
#elif (CODEGENTARGET == OCTAVEDLD)
DEFUN_DLD (mtt_dassl, args, ,
	   "dassl integration method")
{
  ColumnVector		x	= args(0).VECTOR_VALUE();
  const ColumnVector   	u	= args(1).VECTOR_VALUE();
  const double		t	= args(2).double_value();
  const ColumnVector	par	= args(3).VECTOR_VALUE();
  const ColumnVector	dx	= args(4).VECTOR_VALUE();
  const double		ddt	= args(5).double_value();
  const int		Nx	= static_cast<int> (args(6).double_value());
  const int		Nyz	= static_cast<int> (args(7).double_value());
  const ColumnVector	openx	= args(8).VECTOR_VALUE();
#endif // (CODEGENTARGET == STANDALONE)

  static DAEFunc fdae(mtt_residual);
  static ColumnVector XX (Nx+Nyz);
  XX.insert (x,0);

  for (register int i = Nx; i < Nx+Nyz; i++)
    XX(i) = 0.0;

  double tout = t + ddt;

  DASSL fdassl (XX, t, fdae);
  x = fdassl.do_integrate (tout).extract (0,Nx-1);

  for (register int i = 0; i < Nx; i++)
    if (openx (i) > 0.5)
      x (i) = 0.0;
      

#if (CODEGENTARGET == STANDALONE)
  return x;
#elif (CODEGENTARGET == OCTAVEDLD)
  return octave_value (x);
#endif // (CODEGENTARGET == STANDALONE)
}

Modified mttroot/mtt/lib/cc/mtt_euler.cc from [43d68034de] to [94aa4f3270]. 

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#include <octave/oct.h>

#ifdef	OCTAVE_DEV
#define VECTOR_VALUE column_vector_value
#else // !OCTAVE_DEV
#define	VECTOR_VALUE vector_value
#endif // OCTAVE_DEV


#ifdef STANDALONE






ColumnVector Fmtt_euler (      ColumnVector	&x,
			 const ColumnVector	&dx,
			 const double		&ddt,
			 const int		&Nx,
			 const ColumnVector	&openx)
{
#else // !STANDALONE
DEFUN_DLD (mtt_euler, args, ,
	   "euler integration method")
{
  ColumnVector  	x	= args(0).VECTOR_VALUE ();
  const ColumnVector	dx	= args(1).VECTOR_VALUE ();
  const double		ddt	= args(2).double_value ();
  const int		Nx	= static_cast<int> (args(3).double_value ());
  const ColumnVector   	openx	= args(4).VECTOR_VALUE ();
#endif // STANDALONE

  register int i, n;
  
  n = Nx;
  for (i = 0; i < Nx; i++)
    {
      if (0 != openx (i))
	{
	  x (i) = 0.0;
	}
      else
	{
	  x (i) += dx (i) * ddt;
	}
    }
#ifdef STANDALONE
  return x;
#else // !STANDALONE  
  return octave_value (x);
#endif // STANDALONE
}









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#include <octave/oct.h>

#ifdef	OCTAVE_DEV
#define VECTOR_VALUE column_vector_value
#else // !OCTAVE_DEV
#define	VECTOR_VALUE vector_value
#endif // OCTAVE_DEV

// Code generation directives
#define STANDALONE 0
#define OCTAVEDLD  1
#if (! defined (CODEGENTARGET))
#define CODEGENTARGET STANDALONE
#endif // (! defined (CODEGENTARGET))

#if (CODEGENTARGET == STANDALONE)
ColumnVector Fmtt_euler (      ColumnVector	&x,
			 const ColumnVector	&dx,
			 const double		&ddt,
			 const int		&Nx,
			 const ColumnVector	&openx)
{
#elif (CODEGENTARGET == OCTAVEDLD)
DEFUN_DLD (mtt_euler, args, ,
	   "euler integration method")
{
  ColumnVector  	x	= args(0).VECTOR_VALUE ();
  const ColumnVector	dx	= args(1).VECTOR_VALUE ();
  const double		ddt	= args(2).double_value ();
  const int		Nx	= static_cast<int> (args(3).double_value ());
  const ColumnVector   	openx	= args(4).VECTOR_VALUE ();
#endif // (CODEGENTARGET == STANDALONE)

  register int i, n;
  
  n = Nx;
  for (i = 0; i < Nx; i++)
    {
      if (0 != openx (i))
	{
	  x (i) = 0.0;
	}
      else
	{
	  x (i) += dx (i) * ddt;
	}
    }
#if (CODEGENTARGET == STANDALONE)
  return x;
#elif (CODEGENTARGET == OCTAVEDLD)
  return octave_value (x);
#endif // (CODEGENTARGET == STANDALONE)
}

Modified mttroot/mtt/lib/cc/mtt_implicit.cc from [99ad6e1348] to [44405c14b7]. 

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#include <octave/oct.h>
#include <octave/xdiv.h>

#ifdef	OCTAVE_DEV
#define VECTOR_VALUE column_vector_value
#else // !OCTAVE_DEV
#define	VECTOR_VALUE vector_value
#endif // OCTAVE_DEV


#ifdef STANDALONE






ColumnVector Fmtt_implicit (      ColumnVector	&x,
				  ColumnVector	&dx,
			          Matrix	&AA,
				  ColumnVector	&AAx,
			    const double	&t,
			    const int		&Nx,
			    const ColumnVector	&openx)
{
#else // !STANDALONE
DEFUN_DLD (mtt_implicit, args, ,
	   "implicit integration method")
{
  ColumnVector  	x	= args(0).VECTOR_VALUE ();
  ColumnVector		dx	= args(1).VECTOR_VALUE ();
  Matrix		AA	= args(2).matrix_value ();
  ColumnVector		AAx	= args(3).VECTOR_VALUE ();
  const  double		t	= args(4).double_value ();
  const  int		Nx	= (int) (args(5).double_value ());
  const  ColumnVector	openx	= args(6).VECTOR_VALUE ();
#endif // STANDALONE

  register int row, col;

  for (row = 0; row < Nx; row++)
    {
      if (openx (row) > 0.5)
	{










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#include <octave/oct.h>
#include <octave/xdiv.h>

#ifdef	OCTAVE_DEV
#define VECTOR_VALUE column_vector_value
#else // !OCTAVE_DEV
#define	VECTOR_VALUE vector_value
#endif // OCTAVE_DEV

// Code generation directives
#define STANDALONE 0
#define OCTAVEDLD  1
#if (! defined (CODEGENTARGET))
#define CODEGENTARGET STANDALONE
#endif // (! defined (CODEGENTARGET))

#if (CODEGENTARGET == STANDALONE)
ColumnVector Fmtt_implicit (      ColumnVector	&x,
				  ColumnVector	&dx,
			          Matrix	&AA,
				  ColumnVector	&AAx,
			    const double	&t,
			    const int		&Nx,
			    const ColumnVector	&openx)
{
#elif (CODEGENTARGET == OCTAVEDLD)
DEFUN_DLD (mtt_implicit, args, ,
	   "implicit integration method")
{
  ColumnVector  	x	= args(0).VECTOR_VALUE ();
  ColumnVector		dx	= args(1).VECTOR_VALUE ();
  Matrix		AA	= args(2).matrix_value ();
  ColumnVector		AAx	= args(3).VECTOR_VALUE ();
  const  double		t	= args(4).double_value ();
  const  int		Nx	= (int) (args(5).double_value ());
  const  ColumnVector	openx	= args(6).VECTOR_VALUE ();
#endif // (CODEGENTARGET == STANDALONE)

  register int row, col;

  for (row = 0; row < Nx; row++)
    {
      if (openx (row) > 0.5)
	{
︙︙
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    {
      if (openx (row) > 0.5)
	{
	  x (row) = 0.0;
	}
    }

#ifdef STANDALONE
  return x;
#else // !STANDALONE
  return octave_value (x);
#endif // STANDALONE
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    {
      if (openx (row) > 0.5)
	{
	  x (row) = 0.0;
	}
    }

#if (CODEGENTARGET == STANDALONE)
  return x;
#elif (CODEGENTARGET == OCTAVEDLD)
  return octave_value (x);
#endif // (CODEGENTARGET == STANDALONE)
}

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