#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <ctype.h>
#include <cmath>
#include "logging.h"
#include "complex.h"
#include "object.h"
#include "vector.h"
#include "matrix.h"
#include "poly.h"
#include "spline.h"
#include "fourier.h"
#include "receiver.h"
#include "constants.h"
#include "fspecial.h"
#include "circuit.h"
#include "range.h"
#include "equation.h"
#include "evaluate.h"
#include "exception.h"
#include "exceptionstack.h"
#include "strlist.h"
#include "applications.h"

Macros
#define	D(con) ((constant *) (con))->d

#define	C(con) ((constant *) (con))->c

#define	V(con) ((constant *) (con))->v

#define	M(con) ((constant *) (con))->m

#define	MV(con) ((constant *) (con))->mv

#define	STR(con) ((constant *) (con))->s

#define	CHR(con) ((constant *) (con))->chr

#define	INT(con) ((int) D (con))

#define	RNG(con) ((constant *) (con))->r

#define	B(con) ((constant *) (con))->b

#define	A(a) ((assignment *) (a))

#define	R(r) ((reference *) (r))

#define	_ARES(idx) args->getResult(idx)

#define	_ARG(idx) args->get(idx)

#define	_D(var, idx) nr_double_t (var) = D (_ARES (idx));

#define	_BO(var, idx) bool (var) = B (_ARES (idx));

#define	_CX(var, idx) nr_complex_t * (var) = C (_ARES (idx));

#define	_V(var, idx) qucs::vector * (var) = V (_ARES (idx));

#define	_M(var, idx) matrix * (var) = M (_ARES (idx));

#define	_MV(var, idx) matvec * (var) = MV (_ARES (idx));

#define	_I(var, idx) int (var) = INT (_ARES (idx));

#define	_R(var, idx) range * (var) = RNG (_ARES (idx));

#define	_ARR0(var) _R (var,0)

#define	_ARR1(var) _R (var,1)

#define	_ARR2(var) _R (var,2)

#define	_ARI0(var) _I (var,0)

#define	_ARI1(var) _I (var,1)

#define	_ARI2(var) _I (var,2)

#define	_ARD0(var) _D (var,0)

#define	_ARD1(var) _D (var,1)

#define	_ARD2(var) _D (var,2)

#define	_ARB0(var) _BO (var,0)

#define	_ARB1(var) _BO (var,1)

#define	_ARB2(var) _BO (var,2)

#define	_ARC0(var) _CX (var,0)

#define	_ARC1(var) _CX (var,1)

#define	_ARC2(var) _CX (var,2)

#define	_ARM0(var) _M (var,0)

#define	_ARM1(var) _M (var,1)

#define	_ARM2(var) _M (var,2)

#define	_ARV0(var) _V (var,0)

#define	_ARV1(var) _V (var,1)

#define	_ARV2(var) _V (var,2)

#define	_ARMV0(var) _MV (var,0)

#define	_ARMV1(var) _MV (var,1)

#define	_ARMV2(var) _MV (var,2)

#define	_DEFD() constant * res = new constant (TAG_DOUBLE);

#define	_DEFB() constant * res = new constant (TAG_BOOLEAN);

#define	_DEFC() constant * res = new constant (TAG_COMPLEX);

#define	_DEFV() constant * res = new constant (TAG_VECTOR);

#define	_DEFM() constant * res = new constant (TAG_MATRIX);

#define	_DEFMV() constant * res = new constant (TAG_MATVEC);

#define	_DEFR() constant * res = new constant (TAG_RANGE);

#define	_RETD(var) res->d = (var); return res;

#define	_RETD_QUCS(var) res->d = (qucs::var); return res;

#define	_RETD_STD(var) res->d = (std::var); return res;

#define	_RETD_SPECIAL(var) res->d = (fspecial::var); return res;

#define	_RETB(var) res->b = (var); return res;

#define	_RETC(var) res->c = new nr_complex_t (var); return res;

#define	_RETV(var) res->v = new qucs::vector (var); return res;

#define	_RETM(var) res->m = new matrix (var); return res;

#define	_RETMV(var) res->mv = new matvec (var); return res;

#define	_RETR(var) res->r = (var); return res;

#define	__RETC() res->c = new nr_complex_t (); return res;

#define	__RETV() res->v = new qucs::vector (); return res;

#define	__RETM() res->m = new matrix (); return res;

#define	__RETMV() res->mv = new matvec (); return res;

#define	SOLVEE(idx) args->get(idx)->solvee

#define	THROW_MATH_EXCEPTION(txt)

#define	QUCS_CONCAT2(a, b) a/* */b

#define	QUCS_CONCAT3(a, b, c) a/* /b/ */c

#define	MAKE_FUNC_DEFINITION_0(cfunc)

#define	MAKE_FUNC_DEFINITION_0_STD(cfunc)

#define	MAKE_FUNC_DEFINITION_0_QUCS(cfunc)

#define	MAKE_FUNC_DEFINITION_0_SPECIAL(cfunc)

#define	MAKE_FUNC_DEFINITION_1(cfunc)

#define	MAKE_FUNC_DEFINITION_2(cfunc)

#define	EQUATION_HAS_DEPS(v, n)

#define	EQUATION_DEPS(v) ((v)->getDataDependencies() ? (v)->getDataDependencies()->length() : 1)

#define	INTERPOL_HELPER()

#define	FOURIER_HELPER_1(efunc, cfunc, isign, dep)

#define	FOURIER_HELPER_2(cfunc)

#define	MAKE_FUNC_DEFINITION_3(cfunc)

#define	_CHKM(m)

#define	_CHKMV(mv)

#define	_CHKMA(m, cond)

#define	_CHKMVA(mv, cond)

#define	CIRCLE_HELPER_D(argi)

#define	CIRCLE_HELPER_A()

Functions
	MAKE_FUNC_DEFINITION_0 (exp)

	MAKE_FUNC_DEFINITION_0 (limexp)

	MAKE_FUNC_DEFINITION_0 (sin)

	MAKE_FUNC_DEFINITION_0 (cos)

	MAKE_FUNC_DEFINITION_0 (tan)

	MAKE_FUNC_DEFINITION_0 (sinh)

	MAKE_FUNC_DEFINITION_0 (cosh)

	MAKE_FUNC_DEFINITION_0 (tanh)

	MAKE_FUNC_DEFINITION_0_QUCS (coth)

	MAKE_FUNC_DEFINITION_0_QUCS (sech)

	MAKE_FUNC_DEFINITION_0_QUCS (cosech)

	MAKE_FUNC_DEFINITION_0_QUCS (signum)

	MAKE_FUNC_DEFINITION_0_QUCS (sign)

	MAKE_FUNC_DEFINITION_0_QUCS (sinc)

	MAKE_FUNC_DEFINITION_0 (sqr)

	MAKE_FUNC_DEFINITION_1 (real)

	MAKE_FUNC_DEFINITION_1 (imag)

	MAKE_FUNC_DEFINITION_1 (abs)

	MAKE_FUNC_DEFINITION_2 (ztor)

	MAKE_FUNC_DEFINITION_2 (rtoz)

	MAKE_FUNC_DEFINITION_2 (ytor)

	MAKE_FUNC_DEFINITION_2 (rtoy)

	FOURIER_HELPER_1 (time2freq, dft, 1,"Frequency")

	FOURIER_HELPER_1 (freq2time, idft,-1,"Time")

	FOURIER_HELPER_2 (fft)

	FOURIER_HELPER_2 (ifft)

	FOURIER_HELPER_2 (dft)

	FOURIER_HELPER_2 (idft)

	MAKE_FUNC_DEFINITION_3 (stoy)

	MAKE_FUNC_DEFINITION_3 (ytos)

	MAKE_FUNC_DEFINITION_3 (stoz)

	MAKE_FUNC_DEFINITION_3 (ztos)

	MAKE_FUNC_DEFINITION_0_STD (ceil)

	MAKE_FUNC_DEFINITION_0_STD (floor)

	MAKE_FUNC_DEFINITION_0_QUCS (fix)

	MAKE_FUNC_DEFINITION_0_QUCS (step)

	MAKE_FUNC_DEFINITION_0_QUCS (round)

	MAKE_FUNC_DEFINITION_0_SPECIAL (erf)

	MAKE_FUNC_DEFINITION_0_SPECIAL (erfc)

	MAKE_FUNC_DEFINITION_0_SPECIAL (erfinv)

	MAKE_FUNC_DEFINITION_0_SPECIAL (erfcinv)

	MAKE_FUNC_DEFINITION_0_SPECIAL (i0)

Macro Definition Documentation

#define __RETC ( ) res->c = new nr_complex_t (); return res;

Definition at line 135 of file evaluate.cpp.

#define __RETM ( ) res->m = new matrix (); return res;

Definition at line 137 of file evaluate.cpp.

#define __RETMV ( ) res->mv = new matvec (); return res;

Definition at line 138 of file evaluate.cpp.

#define __RETV ( ) res->v = new qucs::vector (); return res;

Definition at line 136 of file evaluate.cpp.

#define _ARB0 ( var ) _BO (var,0)

Definition at line 97 of file evaluate.cpp.

#define _ARB1 ( var ) _BO (var,1)

Definition at line 98 of file evaluate.cpp.

#define _ARB2 ( var ) _BO (var,2)

Definition at line 99 of file evaluate.cpp.

#define _ARC0 ( var ) _CX (var,0)

Definition at line 100 of file evaluate.cpp.

#define _ARC1 ( var ) _CX (var,1)

Definition at line 101 of file evaluate.cpp.

#define _ARC2 ( var ) _CX (var,2)

Definition at line 102 of file evaluate.cpp.

#define _ARD0 ( var ) _D (var,0)

Definition at line 94 of file evaluate.cpp.

#define _ARD1 ( var ) _D (var,1)

Definition at line 95 of file evaluate.cpp.

#define _ARD2 ( var ) _D (var,2)

Definition at line 96 of file evaluate.cpp.

#define _ARES ( idx ) args->getResult(idx)

Definition at line 76 of file evaluate.cpp.

#define _ARG ( idx ) args->get(idx)

Definition at line 77 of file evaluate.cpp.

#define _ARI0 ( var ) _I (var,0)

Definition at line 91 of file evaluate.cpp.

#define _ARI1 ( var ) _I (var,1)

Definition at line 92 of file evaluate.cpp.

#define _ARI2 ( var ) _I (var,2)

Definition at line 93 of file evaluate.cpp.

#define _ARM0 ( var ) _M (var,0)

Definition at line 103 of file evaluate.cpp.

#define _ARM1 ( var ) _M (var,1)

Definition at line 104 of file evaluate.cpp.

#define _ARM2 ( var ) _M (var,2)

Definition at line 105 of file evaluate.cpp.

#define _ARMV0 ( var ) _MV (var,0)

Definition at line 109 of file evaluate.cpp.

#define _ARMV1 ( var ) _MV (var,1)

Definition at line 110 of file evaluate.cpp.

#define _ARMV2 ( var ) _MV (var,2)

Definition at line 111 of file evaluate.cpp.

#define _ARR0 ( var ) _R (var,0)

Definition at line 88 of file evaluate.cpp.

#define _ARR1 ( var ) _R (var,1)

Definition at line 89 of file evaluate.cpp.

#define _ARR2 ( var ) _R (var,2)

Definition at line 90 of file evaluate.cpp.

#define _ARV0 ( var ) _V (var,0)

Definition at line 106 of file evaluate.cpp.

#define _ARV1 ( var ) _V (var,1)

Definition at line 107 of file evaluate.cpp.

#define _ARV2 ( var ) _V (var,2)

Definition at line 108 of file evaluate.cpp.

#define _BO	(	var,
		idx
	)	bool (var) = B (_ARES (idx));

Definition at line 80 of file evaluate.cpp.

#define _CHKM ( m )

Value:

/* check square matrix */              \
  if (m->getCols () != m->getRows ()) {                 \
    THROW_MATH_EXCEPTION ("stos: not a square matrix"); \
    res->m = new matrix (m->getRows (), m->getCols ()); \
    return res; }

Definition at line 2423 of file evaluate.cpp.

#define _CHKMA	(	m,
		cond
	)

Value:

if (!(cond)) {                                            \
    THROW_MATH_EXCEPTION ("stos: nonconformant arguments"); \
    res->m = new matrix (m->getRows (), m->getCols ());     \
    return res; }

Definition at line 2433 of file evaluate.cpp.

#define _CHKMV ( mv )

Value:

/* check square matrix vector */                        \
  if (mv->getCols () != mv->getRows ()) {                                  \
    THROW_MATH_EXCEPTION ("stos: not a square matrix");                    \
    res->mv = new matvec (mv->getSize (), mv->getRows (), mv->getCols ()); \
    return res; }

Definition at line 2428 of file evaluate.cpp.

#define _CHKMVA	(	mv,
		cond
	)

Value:

if (!(cond)) {                                                           \
    THROW_MATH_EXCEPTION ("stos: nonconformant arguments");                \
    res->mv = new matvec (mv->getSize (), mv->getRows (), mv->getCols ()); \
    return res; }

Definition at line 2438 of file evaluate.cpp.

#define _CX	(	var,
		idx
	)	nr_complex_t * (var) = C (_ARES (idx));

Definition at line 81 of file evaluate.cpp.

#define _D	(	var,
		idx
	)	nr_double_t (var) = D (_ARES (idx));

Definition at line 79 of file evaluate.cpp.

#define _DEFB ( ) constant * res = new constant (TAG_BOOLEAN);

Definition at line 115 of file evaluate.cpp.

#define _DEFC ( ) constant * res = new constant (TAG_COMPLEX);

Definition at line 116 of file evaluate.cpp.

#define _DEFD ( ) constant * res = new constant (TAG_DOUBLE);

Definition at line 114 of file evaluate.cpp.

#define _DEFM ( ) constant * res = new constant (TAG_MATRIX);

Definition at line 118 of file evaluate.cpp.

#define _DEFMV ( ) constant * res = new constant (TAG_MATVEC);

Definition at line 119 of file evaluate.cpp.

#define _DEFR ( ) constant * res = new constant (TAG_RANGE);

Definition at line 120 of file evaluate.cpp.

#define _DEFV ( ) constant * res = new constant (TAG_VECTOR);

Definition at line 117 of file evaluate.cpp.

#define _I	(	var,
		idx
	)	int (var) = INT (_ARES (idx));

Definition at line 85 of file evaluate.cpp.

#define _M	(	var,
		idx
	)	matrix * (var) = M (_ARES (idx));

Definition at line 83 of file evaluate.cpp.

#define _MV	(	var,
		idx
	)	matvec * (var) = MV (_ARES (idx));

Definition at line 84 of file evaluate.cpp.

#define _R	(	var,
		idx
	)	range * (var) = RNG (_ARES (idx));

Definition at line 86 of file evaluate.cpp.

#define _RETB ( var ) res->b = (var); return res;

Definition at line 127 of file evaluate.cpp.

#define _RETC ( var ) res->c = new nr_complex_t (var); return res;

Definition at line 128 of file evaluate.cpp.

#define _RETD ( var ) res->d = (var); return res;

Definition at line 123 of file evaluate.cpp.

#define _RETD_QUCS ( var ) res->d = (qucs::var); return res;

Definition at line 124 of file evaluate.cpp.

#define _RETD_SPECIAL ( var ) res->d = (fspecial::var); return res;

Definition at line 126 of file evaluate.cpp.

#define _RETD_STD ( var ) res->d = (std::var); return res;

Definition at line 125 of file evaluate.cpp.

#define _RETM ( var ) res->m = new matrix (var); return res;

Definition at line 130 of file evaluate.cpp.

#define _RETMV ( var ) res->mv = new matvec (var); return res;

Definition at line 131 of file evaluate.cpp.

#define _RETR ( var ) res->r = (var); return res;

Definition at line 132 of file evaluate.cpp.

#define _RETV ( var ) res->v = new qucs::vector (var); return res;

Definition at line 129 of file evaluate.cpp.

#define _V	(	var,
		idx
	)	qucs::vector * (var) = V (_ARES (idx));

Definition at line 82 of file evaluate.cpp.

#define A ( a ) ((assignment *) (a))

Definition at line 72 of file evaluate.cpp.

#define B ( con ) ((constant *) (con))->b

Definition at line 70 of file evaluate.cpp.

#define C ( con ) ((constant *) (con))->c

Definition at line 62 of file evaluate.cpp.

#define CHR ( con ) ((constant *) (con))->chr

Definition at line 67 of file evaluate.cpp.

#define CIRCLE_HELPER_A ( )

Value:

constant * arg = new constant (TAG_VECTOR);    \
  arg->v = new qucs::vector (qucs::linspace (0, 360, 64));      \
  arg->solvee = args->getResult(0)->solvee;      \
  arg->evaluate ();                              \
  args->append (arg);

Definition at line 2809 of file evaluate.cpp.

#define CIRCLE_HELPER_D ( argi )

Value:

int n = INT (args->getResult (argi));         \
  if (n < 2) {                                  \
    THROW_MATH_EXCEPTION ("Circle: number of points must be greater than 1"); \
    _DEFV (); \
    res->v = new qucs::vector ();                       \
    return res;                                 \
  }                                             \
  constant * arg = new constant (TAG_VECTOR);   \
  arg->v = new qucs::vector (qucs::linspace (0, 360, n));       \
  arg->solvee = args->getResult(0)->solvee;     \
  arg->evaluate ();                             \
  delete args->get(argi);                       \
  args->get((argi)-1)->setNext (NULL);          \
  args->append (arg);

Definition at line 2792 of file evaluate.cpp.

#define D ( con ) ((constant *) (con))->d

Definition at line 61 of file evaluate.cpp.

#define EQUATION_DEPS ( v ) ((v)->getDataDependencies() ? (v)->getDataDependencies()->length() : 1)

Definition at line 2121 of file evaluate.cpp.

#define EQUATION_HAS_DEPS	(	v,
		n
	)

Value:

((v)->getDataDependencies() != NULL && \

(v)->getDataDependencies()->length() >= n)

n

Definition: parse_citi.y:147

v

Definition: parse_zvr.y:141

Definition at line 2118 of file evaluate.cpp.

#define FOURIER_HELPER_1	(	efunc,
		cfunc,
		isign,
		dep
	)

Value:

constant * evaluate:: QUCS_CONCAT2 (efunc,_v_v) (constant * args) { \
  _ARV0 (v);                                                        \
  _ARV1 (t);                                                        \
  _DEFV ();                                                         \
  qucs::vector * val = new qucs::vector (QUCS_CONCAT2 (cfunc,_1d) (*v));    \
  int k = val->getSize ();                                          \
  *val = isign > 0 ? *val / k : *val * k;                           \
  res->v = val;                                                     \
  int n = t->getSize ();                                            \
  if (k != n) {                                                     \
    THROW_MATH_EXCEPTION ("nonconformant vector lengths");          \
    return res; }                                                   \
  nr_double_t last  = real (t->get (n - 1));                        \
  nr_double_t first = real (t->get (0));                            \
  nr_double_t delta = (last - first) / (n - 1);                     \
  constant * arg = new constant (TAG_VECTOR);                       \
  arg->v = new qucs::vector (qucs::linspace (0, 1.0 / delta, n));           \
  arg->solvee = args->getResult(0)->solvee;                         \
  arg->evaluate ();                                                 \
  node * gen = SOLVEE(0)->addGeneratedEquation (arg->v, dep);       \
  res->addPrepDependencies (A(gen)->result);                        \
  res->dropdeps = 1;                                                \
  args->append (arg);                                               \
  return res;                                                       \
}

Definition at line 2291 of file evaluate.cpp.

#define FOURIER_HELPER_2 ( cfunc )

Value:

constant * evaluate:: QUCS_CONCAT2 (cfunc,_v) (constant * args) { \
  _ARV0 (v);                                                      \
  _DEFV ();                                                       \
  qucs::vector * val = new qucs::vector (QUCS_CONCAT2 (cfunc,_1d) (*v));  \
  res->v = val;                                                   \
  res->dropdeps = 1;                                              \
  return res;                                                     \
}

Definition at line 2318 of file evaluate.cpp.

#define INT ( con ) ((int) D (con))

Definition at line 68 of file evaluate.cpp.

#define INTERPOL_HELPER ( )

Value:

constant * arg = new constant (TAG_DOUBLE); \
  arg->d = 64;                                \
  arg->solvee = args->getResult(0)->solvee;   \
  arg->evaluate ();                           \
  args->append (arg);

Definition at line 2245 of file evaluate.cpp.

#define M ( con ) ((constant *) (con))->m

Definition at line 64 of file evaluate.cpp.

#define MAKE_FUNC_DEFINITION_0 ( cfunc )

Value:

constant * evaluate:: QUCS_CONCAT2 (cfunc,_d) (constant * args) { \
  _ARD0 (d);                                                      \
  _DEFD ();                                                       \
  _RETD (cfunc (d));                                              \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_c) (constant * args) { \
  _ARC0 (c);                                                      \
  _DEFC ();                                                       \
  _RETC (cfunc (*c));                                             \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_v) (constant * args) { \
  _ARV0 (v);                                                      \
  _DEFV ();                                                       \
  _RETV (cfunc (*v));                                             \
}

Definition at line 160 of file evaluate.cpp.

#define MAKE_FUNC_DEFINITION_0_QUCS ( cfunc )

Value:

constant * evaluate:: QUCS_CONCAT2 (cfunc,_d) (constant * args) { \
  _ARD0 (d);                                                      \
  _DEFD ();                                                       \
  _RETD_QUCS (cfunc (d));                                                 \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_c) (constant * args) { \
  _ARC0 (c);                                                      \
  _DEFC ();                                                       \
  _RETC (cfunc (*c));                                             \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_v) (constant * args) { \
  _ARV0 (v);                                                      \
  _DEFV ();                                                       \
  _RETV (cfunc (*v));                                             \
}

Definition at line 198 of file evaluate.cpp.

#define MAKE_FUNC_DEFINITION_0_SPECIAL ( cfunc )

Value:

constant * evaluate:: QUCS_CONCAT2 (cfunc,_d) (constant * args) { \
  _ARD0 (d);                                                      \
  _DEFD ();                                                       \
  _RETD_SPECIAL (cfunc (d));                                              \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_c) (constant * args) { \
  _ARC0 (c);                                                      \
  _DEFC ();                                                       \
  _RETC (cfunc (*c));                                             \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_v) (constant * args) { \
  _ARV0 (v);                                                      \
  _DEFV ();                                                       \
  _RETV (cfunc (*v));                                             \
}

Definition at line 217 of file evaluate.cpp.

#define MAKE_FUNC_DEFINITION_0_STD ( cfunc )

Value:

constant * evaluate:: QUCS_CONCAT2 (cfunc,_d) (constant * args) { \
  _ARD0 (d);                                                      \
  _DEFD ();                                                       \
  _RETD_STD (cfunc (d));                                                  \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_c) (constant * args) { \
  _ARC0 (c);                                                      \
  _DEFC ();                                                       \
  _RETC (cfunc (*c));                                             \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_v) (constant * args) { \
  _ARV0 (v);                                                      \
  _DEFV ();                                                       \
  _RETV (cfunc (*v));                                             \
}

Definition at line 179 of file evaluate.cpp.

#define MAKE_FUNC_DEFINITION_1 ( cfunc )

Value:

constant * evaluate:: QUCS_CONCAT2 (cfunc,_d) (constant * args) { \
  _ARD0 (d);                                                      \
  _DEFD ();                                                       \
  _RETD (cfunc (d));                                              \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_c) (constant * args) { \
  _ARC0 (c);                                                      \
  _DEFD ();                                                       \
  res->d = cfunc (*c); return res;                                \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_v) (constant * args) { \
  _ARV0 (v);                                                      \
  _DEFV ();                                                       \
  _RETV (cfunc (*v));                                             \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_m) (constant * args) { \
  _ARM0 (m);                                                      \
  _DEFM ();                                                       \
  _RETM (cfunc (*m));                                             \
}                                                                 \
constant * evaluate:: QUCS_CONCAT2 (cfunc,_mv) (constant * args) {\
  _ARMV0 (mv);                                                    \
  _DEFMV ();                                                      \
  _RETMV (cfunc (*mv));                                           \
}

Definition at line 234 of file evaluate.cpp.

#define MAKE_FUNC_DEFINITION_2 ( cfunc )

Definition at line 1783 of file evaluate.cpp.

#define MAKE_FUNC_DEFINITION_3 ( cfunc )

Definition at line 2344 of file evaluate.cpp.

#define MV ( con ) ((constant *) (con))->mv

Definition at line 65 of file evaluate.cpp.

#define QUCS_CONCAT2	(	a,
		b
	)	a/* */b

Definition at line 155 of file evaluate.cpp.

#define QUCS_CONCAT3	(	a,
		b,
		c
	)	a/* /b/ */c

Definition at line 156 of file evaluate.cpp.

#define R ( r ) ((reference *) (r))

Definition at line 73 of file evaluate.cpp.

#define RNG ( con ) ((constant *) (con))->r

Definition at line 69 of file evaluate.cpp.

#define SOLVEE ( idx ) args->get(idx)->solvee

Definition at line 140 of file evaluate.cpp.

#define STR ( con ) ((constant *) (con))->s

Definition at line 66 of file evaluate.cpp.

#define THROW_MATH_EXCEPTION ( txt )

Value:

do { \
  qucs::exception * e = new qucs::exception (EXCEPTION_MATH); \
  e->setText (txt); throw_exception (e); } while (0)

Definition at line 143 of file evaluate.cpp.

#define V ( con ) ((constant *) (con))->v

Definition at line 63 of file evaluate.cpp.

Function Documentation

FOURIER_HELPER_1	(	time2freq	,
		dft	,
		1	,
		"Frequency"
	)

FOURIER_HELPER_1	(	freq2time	,
		idft	,
		-	1,
		"Time"
	)

FOURIER_HELPER_2 ( fft )

FOURIER_HELPER_2 ( ifft )

FOURIER_HELPER_2 ( dft )

FOURIER_HELPER_2 ( idft )

MAKE_FUNC_DEFINITION_0 ( exp )

MAKE_FUNC_DEFINITION_0 ( limexp )

MAKE_FUNC_DEFINITION_0 ( sin )

MAKE_FUNC_DEFINITION_0 ( cos )

MAKE_FUNC_DEFINITION_0 ( tan )

MAKE_FUNC_DEFINITION_0 ( sinh )

MAKE_FUNC_DEFINITION_0 ( cosh )

MAKE_FUNC_DEFINITION_0 ( tanh )

MAKE_FUNC_DEFINITION_0 ( sqr )

MAKE_FUNC_DEFINITION_0_QUCS ( coth )

MAKE_FUNC_DEFINITION_0_QUCS ( sech )

MAKE_FUNC_DEFINITION_0_QUCS ( cosech )

MAKE_FUNC_DEFINITION_0_QUCS ( signum )

MAKE_FUNC_DEFINITION_0_QUCS ( sign )

MAKE_FUNC_DEFINITION_0_QUCS ( sinc )

MAKE_FUNC_DEFINITION_0_QUCS ( fix )

MAKE_FUNC_DEFINITION_0_QUCS ( step )

MAKE_FUNC_DEFINITION_0_QUCS ( round )

MAKE_FUNC_DEFINITION_0_SPECIAL ( erf )

MAKE_FUNC_DEFINITION_0_SPECIAL ( erfc )

MAKE_FUNC_DEFINITION_0_SPECIAL ( erfinv )

MAKE_FUNC_DEFINITION_0_SPECIAL ( erfcinv )

MAKE_FUNC_DEFINITION_0_SPECIAL ( i0 )

MAKE_FUNC_DEFINITION_0_STD ( ceil )

MAKE_FUNC_DEFINITION_0_STD ( floor )

MAKE_FUNC_DEFINITION_1 ( real )

MAKE_FUNC_DEFINITION_1 ( imag )

MAKE_FUNC_DEFINITION_1 ( abs )

MAKE_FUNC_DEFINITION_2 ( ztor )

MAKE_FUNC_DEFINITION_2 ( rtoz )

MAKE_FUNC_DEFINITION_2 ( ytor )

MAKE_FUNC_DEFINITION_2 ( rtoy )

MAKE_FUNC_DEFINITION_3 ( stoy )

MAKE_FUNC_DEFINITION_3 ( ytos )

MAKE_FUNC_DEFINITION_3 ( stoz )

MAKE_FUNC_DEFINITION_3 ( ztos )

Macros

Functions

Macro Definition Documentation

Function Documentation