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else
vector_value=vector_value
feval_header=toplev.h
fi
cat <<EOF > $filename
#include <octave/oct.h>
#include <octave/${feval_header}>
#include <octave/ov-struct.h>
#include <octave/oct-map.h>
#include <octave/lo-mappers.h>
#include <octave/variables.h>
#include "${sys}_def.h"
#include "${sys}_sympar.h"
#ifdef STANDALONE
#define DECLARE(name) extern octave_value_list F##name (const octave_value_list &, int);
DECLARE(mtt_euler)
DECLARE(mtt_implicit)
DECLARE(${sys}_${ode})
DECLARE(${sys}_${odeo})
DECLARE(${sys}_input)
DECLARE(${sys}_numpar)
DECLARE(${sys}_simpar)
DECLARE(${sys}_smxa)
DECLARE(${sys}_smxax)
DECLARE(${sys}_state)
DECLARE(${sys}_logic)
#endif // STANDALONE
inline ColumnVector
mtt_${ode} (const ColumnVector &x,
const ColumnVector &u,
const double &t,
const ColumnVector &par)
{
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);
#ifdef STANDALONE
f = F${sys}_${ode} (args, 1);
#else
f = feval ("${sys}_${ode}", args, 1);
#endif
return f(0).${vector_value} ();
}
inline ColumnVector
mtt_${odeo} (const ColumnVector &x,
const ColumnVector &u,
const double &t,
const ColumnVector &par)
{
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);
#ifdef STANDALONE
f = F${sys}_${odeo} (args, 1);
#else
f = feval ("${sys}_${odeo}", args, 1);
#endif
return f(0).${vector_value} ();
}
inline ColumnVector
mtt_implicit (const ColumnVector &x,
const ColumnVector &dx,
const Matrix &AA,
const ColumnVector &AAx,
const double &ddt,
const int &nx,
const ColumnVector &open_switches)
{
static octave_value_list args, f;
args (0) = octave_value (x);
args (1) = octave_value (dx);
args (2) = octave_value (AA);
args (3) = octave_value (AAx);
args (4) = octave_value (ddt);
args (5) = octave_value ((double)nx);
args (6) = octave_value (open_switches);
#ifdef STANDALONE
f = Fmtt_implicit (args, 1);
#else
f = feval ("mtt_implicit", args, 1);
#endif
return f(0).${vector_value} ();
}
inline ColumnVector
mtt_euler (const ColumnVector &x,
const ColumnVector &dx,
const double &ddt,
const int &nx,
const ColumnVector &open_switches)
{
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);
#ifdef STANDALONE
f = Fmtt_euler (args, 1);
#else
f = feval ("mtt_euler", args, 1);
#endif
return f(0).${vector_value} ();
}
inline ColumnVector
mtt_input (const ColumnVector &x,
const ColumnVector &y,
const double &t,
const ColumnVector &par)
{
static octave_value_list args, f;
args (0) = octave_value (x);
args (1) = octave_value (y);
args (2) = octave_value (t);
args (3) = octave_value (par);
#ifdef STANDALONE
f = F${sys}_input (args, 1);
#else
f = feval ("${sys}_input", args, 1);
#endif
return f(0).${vector_value} ();
}
inline ColumnVector
mtt_numpar (void)
{
static octave_value_list args, f;
#ifdef STANDALONE
f = F${sys}_numpar (args, 1);
#else
f = feval ("${sys}_numpar", args, 1);
#endif
return f(0).${vector_value} ();
}
inline Octave_map
mtt_simpar (void)
{
static octave_value_list args;
static Octave_map f;
#ifdef STANDALONE
f["first"] = F${sys}_simpar (args, 1)(0).map_value ()["first"];
f["dt"] = F${sys}_simpar (args, 1)(0).map_value ()["dt"];
f["last"] = F${sys}_simpar (args, 1)(0).map_value ()["last"];
f["stepfactor"] = F${sys}_simpar (args, 1)(0).map_value ()["stepfactor"];
f["wmin"] = F${sys}_simpar (args, 1)(0).map_value ()["wmin"];
f["wmax"] = F${sys}_simpar (args, 1)(0).map_value ()["wmax"];
f["wsteps"] = F${sys}_simpar (args, 1)(0).map_value ()["wsteps"];
f["input"] = F${sys}_simpar (args, 1)(0).map_value ()["input"];
#else
f["first"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["first"];
f["dt"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["dt"];
f["last"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["last"];
f["stepfactor"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["stepfactor"];
f["wmin"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["wmin"];
f["wmax"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["wmax"];
f["wsteps"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["wsteps"];
f["input"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["input"];
#endif
return (f);
}
inline Matrix
mtt_smxa (const ColumnVector &x,
const ColumnVector &u,
const double &t,
const ColumnVector &par)
{
static octave_value_list args, f;
args (0) = octave_value (x);
args (1) = octave_value (u);
args (2) = octave_value (t);
args (3) = octave_value (par);
#ifdef STANDALONE
f = F${sys}_smxa (args, 1);
#else
f = feval ("${sys}_smxa", args, 1);
#endif
return f(0).matrix_value ();
}
inline ColumnVector
mtt_smxax (const ColumnVector &x,
const ColumnVector &u,
const double &t,
const ColumnVector &par)
{
static octave_value_list args, f;
args (0) = octave_value (x);
args (1) = octave_value (u);
args (2) = octave_value (t);
args (3) = octave_value (par);
#ifdef STANDALONE
f = F${sys}_smxax (args, 1);
#else
f = feval ("${sys}_smxax", args, 1);
#endif
return f(0).${vector_value} ();
}
inline ColumnVector
mtt_state (const ColumnVector &x)
{
static octave_value_list args, f;
args (0) = octave_value (x);
#ifdef STANDALONE
f = F${sys}_state (args, 1);
#else
f = feval ("${sys}_state", args, 1);
#endif
return f(0).${vector_value} ();
}
inline ColumnVector
mtt_logic (const ColumnVector &x,
const ColumnVector &u,
const double &t,
const ColumnVector &par)
{
static octave_value_list args, f;
args (0) = octave_value (x);
args (1) = octave_value (u);
args (2) = octave_value (t);
args (3) = octave_value (par);
#ifdef STANDALONE
f = F${sys}_logic (args, 1);
#else
f = feval ("${sys}_logic", args, 1);
#endif
return f(0).${vector_value} ();
}
inline void
mtt_write (const double &t,
const ColumnVector &x,
const ColumnVector &y,
const int &nrows)
{
static Matrix data;
static int row;
const int nx = x.length (), ny = y.length ();
register int col = 0;
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|
else
vector_value=vector_value
feval_header=toplev.h
fi
cat <<EOF > $filename
#include <octave/oct.h>
#include <octave/ov-struct.h>
#include <octave/oct-map.h>
#include <octave/lo-mappers.h>
#include <octave/variables.h>
#ifndef STANDALONE
#include <octave/${feval_header}>
#endif
#include "${sys}_def.h"
#include "${sys}_sympar.h"
#ifdef STANDALONE
extern ColumnVector Fmtt_euler ( ColumnVector &x,
const ColumnVector &dx,
const double &ddt,
const int &nx,
const ColumnVector &open_switches);
extern ColumnVector Fmtt_implicit ( ColumnVector &x,
const ColumnVector &dx,
const Matrix &AA,
const ColumnVector &AAx,
const double &ddt,
const int &nx,
const ColumnVector &open_switches);
extern ColumnVector F${sys}_${ode} ( ColumnVector &x,
ColumnVector &u,
const double &t,
ColumnVector &par);
extern ColumnVector F${sys}_${odeo} ( ColumnVector &x,
ColumnVector &u,
const double &t,
ColumnVector &par);
extern ColumnVector F${sys}_input ( ColumnVector &x,
ColumnVector &y,
const double &t,
ColumnVector &par);
extern ColumnVector F${sys}_numpar ( void);
extern Octave_map F${sys}_simpar ( void);
extern Matrix F${sys}_smxa ( ColumnVector &x,
ColumnVector &u,
const double &t,
ColumnVector &par);
extern ColumnVector F${sys}_smxax ( ColumnVector &x,
ColumnVector &u,
const double &t,
ColumnVector &par);
extern ColumnVector F${sys}_state ( ColumnVector &x);
extern ColumnVector F${sys}_logic ( ColumnVector &x,
ColumnVector &u,
const double &t,
ColumnVector &par);
#endif // STANDALONE
inline ColumnVector
mtt_${ode} (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).${vector_value} ();
#endif
}
inline ColumnVector
mtt_${odeo} (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).${vector_value} ();
#endif
}
inline ColumnVector
mtt_implicit (ColumnVector &x,
const ColumnVector &dx,
const Matrix &AA,
const ColumnVector &AAx,
const double &ddt,
const int &nx,
const ColumnVector &open_switches)
{
#ifdef STANDALONE
return Fmtt_implicit (x, dx, AA, AAx, ddt, nx, open_switches);
#else
static octave_value_list args, f;
args (0) = octave_value (x);
args (1) = octave_value (dx);
args (2) = octave_value (AA);
args (3) = octave_value (AAx);
args (4) = octave_value (ddt);
args (5) = octave_value ((double)nx);
args (6) = octave_value (open_switches);
f = feval ("mtt_implicit", args, 1);
return f(0).${vector_value} ();
#endif
}
inline 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).${vector_value} ();
#endif
}
inline ColumnVector
mtt_input (ColumnVector &x,
ColumnVector &y,
const double &t,
ColumnVector &par)
{
#ifdef STANDALONE
return F${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 ("${sys}_input", args, 1);
return f(0).${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).${vector_value} ();
#endif
}
inline Octave_map
mtt_simpar (void)
{
#ifdef STANDALONE
return F${sys}_simpar ();
#else
static octave_value_list args;
static Octave_map f;
f["first"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["first"];
f["dt"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["dt"];
f["last"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["last"];
f["stepfactor"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["stepfactor"];
f["wmin"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["wmin"];
f["wmax"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["wmax"];
f["wsteps"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["wsteps"];
f["input"] = feval ("${sys}_simpar", args, 1)(0).map_value ()["input"];
return (f);
#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).${vector_value} ();
#endif
}
inline ColumnVector
mtt_state (ColumnVector &x)
{
#ifdef STANDALONE
return F${sys}_state (x);
#else
static octave_value_list args, f;
args (0) = octave_value (x);
f = feval ("${sys}_state", args, 1);
return f(0).${vector_value} ();
#endif
}
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 void
mtt_write (const double &t,
ColumnVector &x,
ColumnVector &y,
const int &nrows)
{
static Matrix data;
static int row;
const int nx = x.length (), ny = y.length ();
register int col = 0;
|