/*  All these constants are #define to be used in switch () case :
 *  Copyright (C) 2000,2014 B. Parisse, Institut Fourier, 38402 St Martin d'Heres
 *
 *  This program is free software; you can redistribute it and/or modify
 *  it under the terms of the GNU General Public License as published by
 *  the Free Software Foundation; either version 3 of the License, or
 *  (at your option) any later version.
 *
 *  This program is distributed in the hope that it will be useful,
 *  but WITHOUT ANY WARRANTY; without even the implied warranty of
 *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 *  GNU General Public License for more details.
 *
 *  You should have received a copy of the GNU General Public License
 *  along with this program. If not, see <http://www.gnu.org/licenses/>.
 */

#ifndef _GIAC_DISPATCH_H
#define _GIAC_DISPATCH_H
#include "global.h"

#ifndef NO_NAMESPACE_GIAC
namespace giac {
#endif // ndef NO_NAMESPACE_GIAC

#if !defined DOUBLEVAL && (defined __amd64 || defined x86_64) && !defined SMARTPTR64 
#define DOUBLEVAL 1
#endif

  enum {
    _DECALAGE=8, // 2^8=256
    _DISPATCHBASE=256,
    _QUOTE_ARGUMENTS=1
  } ;

  enum gen_unary_types {
    // immediate type (without mem allocation) should be < _ZINT
    _INT_= 0, // int val
    _DOUBLE_= 1, // double _DOUBLE_val
    // all type below or equal to _DOUBLE_ must be non pointers
    _ZINT= 2, // mpz_t * _ZINTptr
    _REAL= 3, // mpf_t * _REALptr
    // all type strictly below _CPLX must be real types
    _CPLX= 4, // gen * _CPLXptr
    _POLY= 5, // polynome * _POLYptr
    _IDNT= 6, // identificateur * _IDNTptr
    _VECT= 7, // vecteur * _VECTptr
    _SYMB= 8, // symbolic * _SYMBptr
    _SPOL1= 9, // sparse_poly1 * _SPOL1ptr
    _FRAC= 10, // fraction * _FRACptr
    _EXT= 11, // gen * _EXTptr
    _STRNG= 12, // string * _STRNGptr
    _FUNC= 13, // unary_fonction_ptr * _FUNCptr
    _ROOT= 14, // real_complex_rootof *_ROOTptr
    _MOD= 15, // gen * _MODptr
    _USER= 16, // gen_user * _USERptr
    _MAP=17, // map<gen.gen> * _MAPptr
    _EQW=18, // eqwdata * _EQWptr
    _GROB=19, // grob * _GROBptr
    _POINTER_=20, // void * _POINTER_val
    _FLOAT_=21 // immediate, _FLOAT_val
  } ;

  enum gen_binary_types {
    _INT___INT_ = _INT_*_DISPATCHBASE+_INT_,
    _INT___ZINT = _INT_*_DISPATCHBASE+_ZINT,
    _INT___CPLX = _INT_*_DISPATCHBASE+_CPLX,
    _INT___POLY = _INT_*_DISPATCHBASE+_POLY,
    _INT___IDNT = _INT_*_DISPATCHBASE+_IDNT,
    _INT___SYMB = _INT_*_DISPATCHBASE+_SYMB,
    _INT___DOUBLE_ = _INT_*_DISPATCHBASE+_DOUBLE_,
    _INT___FLOAT_ = _INT_*_DISPATCHBASE+_FLOAT_,
    _INT___VECT = _INT_*_DISPATCHBASE+_VECT,
    _INT___MAP = _INT_*_DISPATCHBASE+_MAP,
    _INT___REAL = _INT_*_DISPATCHBASE+_REAL,
    _INT___FRAC = _INT_*_DISPATCHBASE+_FRAC,
    _INT___STRNG = _INT_*_DISPATCHBASE+_STRNG,
    _ZINT__INT_ = _ZINT*_DISPATCHBASE+_INT_,
    _ZINT__ZINT =_ZINT*_DISPATCHBASE+_ZINT,
    _ZINT__CPLX = _ZINT*_DISPATCHBASE+_CPLX,
    _ZINT__POLY =_ZINT*_DISPATCHBASE+_POLY,
    _ZINT__IDNT = _ZINT*_DISPATCHBASE+_IDNT,
    _ZINT__SYMB = _ZINT*_DISPATCHBASE+_SYMB,
    _ZINT__DOUBLE_ = _ZINT*_DISPATCHBASE+_DOUBLE_,
    _ZINT__FLOAT_ = _ZINT*_DISPATCHBASE+_FLOAT_,
    _ZINT__VECT = _ZINT*_DISPATCHBASE+_VECT,
    _ZINT__MAP = _ZINT*_DISPATCHBASE+_MAP,
    _ZINT__REAL = _ZINT*_DISPATCHBASE+_REAL,
    _ZINT__FRAC = _ZINT*_DISPATCHBASE+_FRAC,
    _CPLX__INT_ = _CPLX*_DISPATCHBASE+_INT_,
    _CPLX__ZINT = _CPLX*_DISPATCHBASE+_ZINT,
    _CPLX__CPLX = _CPLX*_DISPATCHBASE+_CPLX,
    _CPLX__POLY = _CPLX*_DISPATCHBASE+_POLY,
    _CPLX__IDNT = _CPLX*_DISPATCHBASE+_IDNT,
    _CPLX__SYMB = _CPLX*_DISPATCHBASE+_SYMB,
    _CPLX__DOUBLE_ = _CPLX*_DISPATCHBASE+_DOUBLE_,
    _CPLX__FLOAT_ = _CPLX*_DISPATCHBASE+_FLOAT_,
    _CPLX__REAL = _CPLX*_DISPATCHBASE+_REAL,
    _CPLX__VECT = _CPLX*_DISPATCHBASE+_VECT,
    _CPLX__MAP = _CPLX*_DISPATCHBASE+_MAP,
    _POLY__INT_ = _POLY*_DISPATCHBASE+_INT_,
    _POLY__ZINT = _POLY*_DISPATCHBASE+_ZINT,
    _POLY__CPLX = _POLY*_DISPATCHBASE+_CPLX,
    _POLY__POLY = _POLY*_DISPATCHBASE+_POLY,
    _POLY__IDNT = _POLY*_DISPATCHBASE+_IDNT,
    _POLY__SYMB = _POLY*_DISPATCHBASE+_SYMB,
    _POLY__DOUBLE_ = _POLY*_DISPATCHBASE+_DOUBLE_,
    _POLY__FLOAT_ = _POLY*_DISPATCHBASE+_FLOAT_,
    _POLY__VECT = _POLY*_DISPATCHBASE+_VECT,
    _POLY__MAP = _POLY*_DISPATCHBASE+_MAP,
    _POLY__USER = _POLY*_DISPATCHBASE+_USER,
    _POLY__REAL = _POLY*_DISPATCHBASE+_REAL,
    _POLY__EXT = _POLY*_DISPATCHBASE+_EXT,
    _IDNT__INT_=  _IDNT*_DISPATCHBASE+_INT_,
    _IDNT__ZINT = _IDNT*_DISPATCHBASE+_ZINT,
    _IDNT__CPLX = _IDNT*_DISPATCHBASE+_CPLX,
    _IDNT__POLY = _IDNT*_DISPATCHBASE+_POLY,
    _IDNT__IDNT = _IDNT*_DISPATCHBASE+_IDNT,
    _IDNT__SYMB = _IDNT*_DISPATCHBASE+_SYMB,
    _IDNT__DOUBLE_ = _IDNT*_DISPATCHBASE+_DOUBLE_,
    _IDNT__FLOAT_ = _IDNT*_DISPATCHBASE+_FLOAT_,
    _IDNT__VECT = _IDNT*_DISPATCHBASE+_VECT,
    _IDNT__MAP = _IDNT*_DISPATCHBASE+_MAP,
    _SYMB__INT_=  _SYMB*_DISPATCHBASE+_INT_,
    _SYMB__ZINT = _SYMB*_DISPATCHBASE+_ZINT,
    _SYMB__CPLX = _SYMB*_DISPATCHBASE+_CPLX,
    _SYMB__POLY = _SYMB*_DISPATCHBASE+_POLY,
    _SYMB__IDNT = _SYMB*_DISPATCHBASE+_IDNT,
    _SYMB__SYMB = _SYMB*_DISPATCHBASE+_SYMB,
    _SYMB__DOUBLE_ = _SYMB*_DISPATCHBASE+_DOUBLE_,
    _SYMB__FLOAT_ = _SYMB*_DISPATCHBASE+_FLOAT_,
    _SYMB__VECT = _SYMB*_DISPATCHBASE+_VECT,
    _SYMB__MAP = _SYMB*_DISPATCHBASE+_MAP,
    _DOUBLE___INT_=  _DOUBLE_*_DISPATCHBASE+_INT_,
    _DOUBLE___ZINT = _DOUBLE_*_DISPATCHBASE+_ZINT,
    _DOUBLE___CPLX = _DOUBLE_*_DISPATCHBASE+_CPLX,
    _DOUBLE___POLY = _DOUBLE_*_DISPATCHBASE+_POLY,
    _DOUBLE___IDNT = _DOUBLE_*_DISPATCHBASE+_IDNT,
    _DOUBLE___SYMB = _DOUBLE_*_DISPATCHBASE+_SYMB,
    _DOUBLE___DOUBLE_ = _DOUBLE_*_DISPATCHBASE+_DOUBLE_,
    _DOUBLE___FLOAT_ = _DOUBLE_*_DISPATCHBASE+_FLOAT_,
    _DOUBLE___VECT = _DOUBLE_*_DISPATCHBASE+_VECT,
    _DOUBLE___MAP = _DOUBLE_*_DISPATCHBASE+_MAP,
    _DOUBLE___REAL = _DOUBLE_*_DISPATCHBASE+_REAL,
    _DOUBLE___FRAC = _DOUBLE_*_DISPATCHBASE+_FRAC,
    _DOUBLE___STRNG = _DOUBLE_*_DISPATCHBASE+_STRNG,
    _FLOAT___INT_=  _FLOAT_*_DISPATCHBASE+_INT_,
    _FLOAT___ZINT = _FLOAT_*_DISPATCHBASE+_ZINT,
    _FLOAT___CPLX = _FLOAT_*_DISPATCHBASE+_CPLX,
    _FLOAT___POLY = _FLOAT_*_DISPATCHBASE+_POLY,
    _FLOAT___IDNT = _FLOAT_*_DISPATCHBASE+_IDNT,
    _FLOAT___SYMB = _FLOAT_*_DISPATCHBASE+_SYMB,
    _FLOAT___FLOAT_ = _FLOAT_*_DISPATCHBASE+_FLOAT_,
    _FLOAT___DOUBLE_ = _FLOAT_*_DISPATCHBASE+_DOUBLE_,
    _FLOAT___VECT = _FLOAT_*_DISPATCHBASE+_VECT,
    _FLOAT___MAP = _FLOAT_*_DISPATCHBASE+_MAP,
    _FLOAT___REAL = _FLOAT_*_DISPATCHBASE+_REAL,
    _FLOAT___FRAC = _FLOAT_*_DISPATCHBASE+_FRAC,
    _VECT__INT_=  _VECT*_DISPATCHBASE+_INT_,
    _VECT__DOUBLE_ = _VECT*_DISPATCHBASE+_DOUBLE_,
    _VECT__FLOAT_ = _VECT*_DISPATCHBASE+_FLOAT_,
    _VECT__ZINT = _VECT*_DISPATCHBASE+_ZINT,
    _VECT__CPLX = _VECT*_DISPATCHBASE+_CPLX,
    _VECT__POLY = _VECT*_DISPATCHBASE+_POLY,
    _VECT__IDNT = _VECT*_DISPATCHBASE+_IDNT,
    _VECT__SYMB = _VECT*_DISPATCHBASE+_SYMB,
    _VECT__VECT = _VECT*_DISPATCHBASE+_VECT,
    _VECT__EXT = _VECT*_DISPATCHBASE+_EXT,
    _VECT__FRAC = _VECT*_DISPATCHBASE+_FRAC,
    _VECT__REAL = _VECT*_DISPATCHBASE+_REAL,
    _VECT__MAP = _VECT*_DISPATCHBASE+_MAP,
    _MAP__INT_=  _MAP*_DISPATCHBASE+_INT_,
    _MAP__DOUBLE_ = _MAP*_DISPATCHBASE+_DOUBLE_,
    _MAP__FLOAT_ = _MAP*_DISPATCHBASE+_FLOAT_,
    _MAP__ZINT = _MAP*_DISPATCHBASE+_ZINT,
    _MAP__CPLX = _MAP*_DISPATCHBASE+_CPLX,
    _MAP__POLY = _MAP*_DISPATCHBASE+_POLY,
    _MAP__IDNT = _MAP*_DISPATCHBASE+_IDNT,
    _MAP__SYMB = _MAP*_DISPATCHBASE+_SYMB,
    _MAP__VECT = _MAP*_DISPATCHBASE+_VECT,
    _MAP__MAP = _MAP*_DISPATCHBASE+_MAP,
    _MAP__EXT = _MAP*_DISPATCHBASE+_EXT,
    _MAP__FRAC = _MAP*_DISPATCHBASE+_FRAC,
    _MAP__REAL = _MAP*_DISPATCHBASE+_REAL,
    _FRAC__VECT = _FRAC*_DISPATCHBASE+_VECT,
    _FRAC__MAP = _FRAC*_DISPATCHBASE+_MAP,
    _FRAC__FRAC = _FRAC*_DISPATCHBASE+_FRAC,
    _FRAC__FLOAT_ = _FRAC*_DISPATCHBASE+_FLOAT_,
    _FRAC__DOUBLE_ = _FRAC*_DISPATCHBASE+_DOUBLE_,
    _FRAC__INT_=  _FRAC*_DISPATCHBASE+_INT_,
    _FRAC_ZINT=  _FRAC*_DISPATCHBASE+_ZINT,
    _FRAC__REAL=  _FRAC*_DISPATCHBASE+_REAL,
    _SPOL1__SPOL1 = _SPOL1*_DISPATCHBASE+_SPOL1,
    _EXT__EXT = _EXT*_DISPATCHBASE+_EXT,
    _EXT__VECT = _EXT*_DISPATCHBASE+_VECT,
    _EXT__MAP = _EXT*_DISPATCHBASE+_MAP,
    _EXT__INT_=  _EXT*_DISPATCHBASE+_INT_,
    _EXT__ZINT =  _EXT*_DISPATCHBASE+_ZINT,
    _EXT__POLY=  _EXT*_DISPATCHBASE+_POLY,
    _STRNG__STRNG = _STRNG*_DISPATCHBASE+_STRNG,
    _STRNG__INT_=  _STRNG*_DISPATCHBASE+_INT_,
    _STRNG__DOUBLE_=  _STRNG*_DISPATCHBASE+_DOUBLE_,
    _FUNC__FUNC = _FUNC*_DISPATCHBASE+_FUNC,
    _MOD__MOD = _MOD*_DISPATCHBASE+_MOD,
    _ZINT__MOD = _ZINT*_DISPATCHBASE+_MOD,
    _MOD__ZINT = _MOD*_DISPATCHBASE+_ZINT,
    _MOD__VECT = _MOD*_DISPATCHBASE+_VECT,
    _MOD__MAP = _MOD*_DISPATCHBASE+_MAP,
    _VECT__MOD = _VECT*_DISPATCHBASE+_MOD,
    _MAP__MOD = _MAP*_DISPATCHBASE+_MOD,
    _MOD__POLY = _MOD*_DISPATCHBASE+_POLY,
    _POLY__MOD = _POLY*_DISPATCHBASE+_MOD,
    _INT___MOD=  _INT_*_DISPATCHBASE+_MOD,
    _MOD__INT_=  _MOD*_DISPATCHBASE+_INT_,
    _REAL__CPLX = _REAL*_DISPATCHBASE+_CPLX,
    _REAL__ZINT = _REAL*_DISPATCHBASE+_ZINT,
    _REAL__REAL = _REAL*_DISPATCHBASE+_REAL,
    _REAL__INT_ = _REAL*_DISPATCHBASE+_INT_,
    _REAL__DOUBLE_ = _REAL*_DISPATCHBASE+_DOUBLE_,
    _REAL__FLOAT_ = _REAL*_DISPATCHBASE+_FLOAT_,
    _REAL__POLY = _REAL*_DISPATCHBASE+_POLY,
    _REAL__VECT = _REAL*_DISPATCHBASE+_VECT,
    _REAL__MAP = _REAL*_DISPATCHBASE+_MAP,
    _REAL__FRAC = _REAL*_DISPATCHBASE+_FRAC,
    _USER__USER=  _USER*_DISPATCHBASE+_USER,
    _USER__INT_=  _USER*_DISPATCHBASE+_INT_,
    _USER__POLY=  _USER*_DISPATCHBASE+_POLY
  } ;

  enum comp_subtypes {
    _SEQ__VECT=1,
    _SET__VECT=2,
    _RPN_FUNC__VECT=3,
    _RPN_STACK__VECT=4,
    _GROUP__VECT=5,
    _LINE__VECT=6,
    _VECTOR__VECT=7,
    _PNT__VECT=8,
    _CURVE__VECT=8,
    _HALFLINE__VECT=9,
    _POLY1__VECT=10,
    _MATRIX__VECT=11,
    _RUNFILE__VECT=12,
    _ASSUME__VECT=13,
    _SPREAD__VECT=14,
    _CELL__VECT=15,
    _EQW__VECT=16,
    _HIST__VECT=17,
    _TILIST__VECT=0,
    _FOLDER__VECT=18,
    _SORTED__VECT=19,
    _POINT__VECT=20,
    _POLYEDRE__VECT=21,
    _RGBA__VECT=22,
    _LIST__VECT=23,
    _LOGO__VECT=24,
    _GGB__VECT=25,
    _INTERVAL__VECT=26,
    _GGBVECT=27,
    _PRINT__VECT=28,
    _TUPLE__VECT=29,
    _TABLE__VECT=30,
    _GRAPH__VECT =31,
    _PRG__VECT=32,
  } ;

  enum symb_subtypes {
    _GLOBAL__EVAL =-1,
    _SPREAD__SYMB =123, // do not use this value elsewhere
    _FORCHK__SYMB=124, // cached subtype value for for inside a for loop
  } ;

  enum map_subtypes {
    _SPARSE_MATRIX=2,
  };

  enum point_styles {
    _STYLE_DOT=0,
    _STYLE_BOX=1,
    _STYLE_CROSS=2,
    _STYLE_PLUS=3
  };

  enum line_styles {
    _STYLE_FULL=0,
    _STYLE_DOTTED=1,
    _STYLE_DASHED=2
  };

  enum plot_options {
    _ADAPTIVE=0,
    _AXES=1,
    _COLOR=2,
    _FILLED=3,
    _FONT=4,
    _LABELS=5,
    _LEGEND=6,
    _LINESTYLE=7,
    _RESOLUTION=12,
    _SAMPLE=9,
    _SCALING=10,
    _STYLE=11,
    _SYMBOL=8, // same as _SYMB!
    _SYMBOLSIZE=13,
    _THICKNESS=14,
    _TITLE=15,
    _TITLEFONT=16,
    _VIEW=17,
    _AXESFONT=18,
    _COORDS=19,
    _LABELFONT=20,
    _LABELDIRECTIONS=21,
    _NUMPOINTS=22,
    _TICKMARKS=23,
    _XTICKMARKS=24,
    _XSTEP=25,
    _YSTEP=26,
    _ZSTEP=27,
    _TSTEP=28,
    _USTEP=29,
    _VSTEP=30,
    _NSTEP=31,
    _FRAMES=32,
    _GL_LIGHT0=33,
    _GL_LIGHT1=34,
    _GL_LIGHT2=35,
    _GL_LIGHT3=36,
    _GL_LIGHT4=37,
    _GL_LIGHT5=38,
    _GL_LIGHT6=39,
    _GL_LIGHT7=40,    
    _GL_AMBIENT=50,
    _GL_SPECULAR=51,
    _GL_DIFFUSE=52,
    _GL_POSITION=53,
    _GL_SPOT_DIRECTION=54,
    _GL_SPOT_EXPONENT=55,
    _GL_SPOT_CUTOFF=56,
    _GL_CONSTANT_ATTENUATION=57,
    _GL_LINEAR_ATTENUATION=58,
    _GL_QUADRATIC_ATTENUATION=59,
    _GL_LIGHT_MODEL_AMBIENT=60, 
    _GL_LIGHT_MODEL_LOCAL_VIEWER=61,
    _GL_LIGHT_MODEL_TWO_SIDE=62,
    _GL_LIGHT_MODEL_COLOR_CONTROL=72,
    _GL_OPTION=63,
    _GL_SMOOTH=64,
    _GL_FLAT=65,
    _GL_SHININESS=66,
    _GL_FRONT=67,
    _GL_BACK=68,
    _GL_FRONT_AND_BACK=69,
    _GL_AMBIENT_AND_DIFFUSE=70,
    _GL_EMISSION=71,
    _GL_SEPARATE_SPECULAR_COLOR=73,
    _GL_SINGLE_COLOR=74,
    _GL_BLEND=75,
    _GL_SRC_ALPHA=76,
    _GL_ONE_MINUS_SRC_ALPHA=77,
    _GL_MATERIAL=78,
    _GL_COLOR_INDEXES=79,
    _GL_LIGHT=80,
    _GL_PERSPECTIVE=81,
    _GL_ORTHO=82,
    _GL_QUATERNION=83,
    _GL_X=84,
    _GL_Y=85,
    _GL_Z=86,
    _GL_XTICK=87,
    _GL_YTICK=88,
    _GL_ZTICK=89,
    _GL_ANIMATE=90,
    _GL_SHOWAXES=91,
    _GL_SHOWNAMES=92,
    _GL_X_AXIS_NAME=93,
    _GL_Y_AXIS_NAME=94,
    _GL_Z_AXIS_NAME=95,
    _GL_X_AXIS_UNIT=96,
    _GL_Y_AXIS_UNIT=97,
    _GL_Z_AXIS_UNIT=98,
    _GL_TEXTURE=99,
    _GL_ROTATION_AXIS=100,
    _GL_X_AXIS_COLOR=101,
    _GL_Y_AXIS_COLOR=102,
    _GL_Z_AXIS_COLOR=103,
    _GL_LOGX=104,
    _GL_LOGY=105,
    _GL_LOGZ=106,
  };

  enum solver_methods {
    _BISECTION_SOLVER=0,
    _FALSEPOS_SOLVER=1,
    _BRENT_SOLVER=2,
    _NEWTON_SOLVER=3,
    _SECANT_SOLVER=4,
    _STEFFENSON_SOLVER=5,
    _HYBRIDSJ_SOLVER=6,
    _HYBRIDJ_SOLVER=7,
    _NEWTONJ_SOLVER=8,
    _HYBRIDS_SOLVER=9,
    _HYBRID_SOLVER=10,
    _DNEWTON_SOLVER=11,
    _GOLUB_REINSCH_DECOMP=12,
    _GOLUB_REINSCH_MOD_DECOMP=13,
    _JACOBI_DECOMP=14,
    _MINOR_DET=15,
    _HESSENBERG_PCAR=16,
    _RATIONAL_DET=17,
    _KEEP_PIVOT=18,
    _TRAPEZE=19,
    _RECTANGLE_DROIT=20,
    _RECTANGLE_GAUCHE=21,
    _POINT_MILIEU=22,
    _SIMPSON=23,
    _UNFACTORED=24,
    _FADEEV=25,
    _BAREISS=26,
    _ROMBERGT=27,
    _ROMBERGM=28,
    _GAUSS15=29,
  };

  enum groebner_switches {
    _WITH_COCOA=0,
    _WITH_F5=1,
    _TDEG_ORDER=2,
    _PLEX_ORDER=6,
    _REVLEX_ORDER=4,
    _MODULAR_CHECK=5,
    _3VAR_ORDER=3,
    _7VAR_ORDER=7, // GROEBNER_VARS==15 : double revlex 7 params at end, 7 variables
    _11VAR_ORDER=11, // GROEBNER_VARS==15 : 3 params at end, 11 variables
    // use negative values for RUR
    _16VAR_ORDER=16, // 16 variables to eliminate
    _32VAR_ORDER=32, // 32 variables to eliminate
    _48VAR_ORDER=48, // 48 variables to eliminate // not implemented currently
    _64VAR_ORDER=64, // 64 variables to eliminate
    _RUR_REVLEX=-4,
    _RUR_3VAR=-3,
    _RUR_7VAR=-7,
    _RUR_11VAR=-11,
    _RUR_16VAR=-16,
    _RUR_32VAR=-32,
    _RUR_48VAR=-48,
    _RUR_64VAR=-64,
  };

  enum int_subtypes {
    _INT_INT=0,
    _INT_TYPE=1,
    _INT_CHAR=2,
    _INT_ORDER=3,
    _INT_SOLVER=4,
    _INT_COLOR=5,
    _INT_BOOLEAN=6,
    _INT_PLOT=7,
    _INT_VECT=8,
    _INT_MAPLELIB=9,
    _INT_MAPLECONVERSION=10,
    _INT_MUPADOPERATOR=11,
    _INT_FD=12,
    _INT_COMP_SUBTYPE=13,
    _INT_GROEBNER=14
  };

  enum pointer_subtypes {
    _FILE_POINTER=0,
    _FL_WIDGET_POINTER=1,
    _FL_IMAGE_POINTER=2,
    _CONTEXT_POINTER=3,
    _THREAD_POINTER=4,
    _VARFUNCDEF_POINTER=5,
    _APPLET_POINTER=6,
    _BUFFER_POINTER=7,
  };

  enum color_values {
#ifdef KHICAS
    _BLACK=0,
    _RED=0xf800,
    _GREEN=0x0400,
    _YELLOW=0xffe0,
    _BLUE=0x001f,
    _MAGENTA=0xf81f,
    _CYAN=0x07ff,
    _WHITE=0xffff,
#else // KHICAS
#ifdef GIAC_HAS_STO_38
    _WHITE=0,
#else
    _BLACK=0,
#endif
    _RED=1,
    _GREEN=2,
    _YELLOW=3,
    _BLUE=4,
    _MAGENTA=5,
    _CYAN=6,
#ifdef GIAC_HAS_STO_38
    _BLACK=7,
#else
    _WHITE=7,
#endif
#endif // KHICAS
    _POINT_LOSANGE= 1 << 25,
    _POINT_PLUS = 1 << 26,
    _POINT_INVISIBLE = 1 << 27,
    _POINT_CARRE = 100663296,
    _POINT_TRIANGLE = 167772160,
    _POINT_ETOILE = 201326592, 
    _POINT_POINT = 234881024,
    _FILL_POLYGON = 1 << 30,
    _QUADRANT1 = 0,
    _QUADRANT2 = 1 << 28,
    _QUADRANT3 = 1 << 29,
    _QUADRANT4 = 805306368,
    _DASH_LINE = 1 << 22,
    _DOT_LINE = 2 << 22,
    _DASHDOT_LINE = 3 << 22,
    _DASHDOTDOT_LINE = 4 << 22,
    _CAP_FLAT_LINE = 5 << 22,
    _CAP_ROUND_LINE = 6 << 22,
    _CAP_SQUARE_LINE = 7 << 22,
    _LINE_WIDTH_1 = 0,
    _LINE_WIDTH_2 = 1 << 16,
    _LINE_WIDTH_3 = 2 << 16,
    _LINE_WIDTH_4 = 3 << 16,
    _LINE_WIDTH_5 = 4 << 16,
    _LINE_WIDTH_6 = 5 << 16,
    _LINE_WIDTH_7 = 6 << 16,
    _LINE_WIDTH_8 = 7 << 16,
    _POINT_WIDTH_1 = 0,
    _POINT_WIDTH_2 = 1 << 19,
    _POINT_WIDTH_3 = 2 << 19,
    _POINT_WIDTH_4 = 3 << 19,
    _POINT_WIDTH_5 = 4 << 19,
    _POINT_WIDTH_6 = 5 << 19,
    _POINT_WIDTH_7 = 6 << 19,
    _POINT_WIDTH_8 = 7 << 19,
#ifdef BESTA_OS
#pragma diag_suppress 61
#endif
    _HIDDEN_NAME = 1 << 31
  };

  enum maple_libs {
    _LINALG=0,
    _NUMTHEORY=1,
    _GROEBNER=2
  };

  enum maple_conversion {
    _TRIG=100,
    _EXPLN=101,
    _PARFRAC=102,
    _FULLPARFRAC=103,
    _BASE=104,
    _CONFRAC=105,
    _MAPLE_LIST=256,
    _POSINT=1*256+2,
    _NEGINT=2*256+2,
    _NONPOSINT=3*256+2,
    _NONNEGINT=4*256+2,
    _LP_BINARY=106,                // lp_binary
    _LP_BINARYVARIABLES=107,       // lp_binaryvariables
    _LP_DEPTHLIMIT=108,            // lp_depthlimit
    _LP_INTEGER=109,               // lp_integer
    _LP_INTEGERVARIABLES=110,      // lp_integervariables
    _LP_MAXIMIZE=111,              // lp_maximize
    _LP_NONNEGATIVE=112,           // lp_nonnegative
    _LP_NONNEGINT=113,             // lp_nonnegint
    _LP_ASSUME=114,                // lp_assume
    _LP_NODE_LIMIT = 115,          // lp_nodelimit
    _LP_METHOD = 116,              // lp_method
    _LP_SIMPLEX = 117,             // lp_simplex
    _LP_INTERIOR_POINT = 118,      // lp_interiorpoint
    _LP_MAX_CUTS = 119,            // lp_maxcuts
    _LP_GAP_TOLERANCE = 120,       // lp_gaptolerance
    _LP_NODESELECT = 121,          // lp_nodeselect
    _LP_VARSELECT = 122,           // lp_varselect
    _LP_FIRSTFRACTIONAL = 123,     // lp_firstfractional
    _LP_LASTFRACTIONAL = 124,      // lp_lastfractional
    _LP_MOSTFRACTIONAL = 125,      // lp_mostfractional
    _LP_PSEUDOCOST = 126,          // lp_pseudocost
    _LP_DEPTHFIRST = 127,          // lp_depthfirst
    _LP_BREADTHFIRST = 128,        // lp_breadthfirst
    _LP_BEST_LOCAL_BOUND = 129,    // lp_bestlocalbound
    _LP_BEST_PROJECTION = 130,     // lp_bestprojection
    _LP_HYBRID = 131,              // lp_hybrid
    _LP_ITERATION_LIMIT = 132,     // lp_iterationlimit
    _LP_TIME_LIMIT = 133,          // lp_timelimit
    _LP_VERBOSE = 134,             // lp_verbose
    _LP_PRESOLVE = 135,            // lp_presolve
    _LP_HEURISTIC = 136,           // lp_heuristic
    _NLP_INITIALPOINT = 137,       // nlp_initialpoint
    _NLP_ITERATIONLIMIT = 138,     // nlp_iterationlimit
    _NLP_NONNEGATIVE = 139,        // nlp_nonnegative
    _NLP_PRECISION = 140,          // nlp_precision
    _NLP_MAXIMIZE = 141,           // nlp_maximize
    _NLP_PRESOLVE = 142,           // nlp_presolve
    _NLP_SAMPLES = 143,            // nlp_samples
    _NLP_INTEGER = 144,            // nlp_integer
    _NLP_INTEGERVARIABLES = 145,   // nlp_integervariables
    _NLP_BINARY = 146,             // nlp_binary
    _NLP_BINARYVARIABLES = 147,    // nlp_binaryvariables
    _NLP_NONNEGINT = 148,          // nlp_nonnegint
    _NLP_FEAS_TOL = 149,           // nlp_feasibilitytolerance
    _NLP_INT_TOL = 150,            // nlp_integertolerance
    _GT_CONNECTED = 151,           // connected
    _GT_SPRING = 152,              // spring
    _GT_TREE = 153,                // tree
    _GT_PLANAR = 154,              // planar
    _GT_DIRECTED = 155,            // directed
    _GT_WEIGHTED = 156,            // weighted
    _GT_WEIGHTS = 157,             // weights
    _GT_BIPARTITE = 158,           // bipartite
    _GT_ACYCLIC = 159,             // acyclic
    _KDE_BANDWIDTH = 160,          // bandwidth
    _KDE_BINS = 161,               // bins
  };

  enum mupad_operator {
    _DELETE_OPERATOR=0,
    _PREFIX_OPERATOR=1,
    _POSTFIX_OPERATOR=2,
    _BINARY_OPERATOR=3,
    _NARY_OPERATOR=4
  };

  enum is_num_mask {
    num_mask_withint=1,
    num_mask_withfrac=2,
  };

  enum step_special {
    step_nothing_special=0,
    step_ratfrac=1,
    step_cyclotomic=2,
    step_nthroot=3,
    step_linearizable=4,
    step_triglinearizable=5,
    step_polyexp=6,
    step_ratfracexp=7,
    step_backsubst=8,
    step_ratfractrig=9,
    step_ratfracpow=10,
    step_ratfracsqrfree=11,
    step_ratfrachermite=12,
    step_ratfracfinal=13,
    step_ratfracchgvar=14,
    step_linear=15,
    step_funclinear=16,
    step_fuuprime=17,
    step_bypart=18,
    step_bypart1=19,
    step_risch=20,
    step_rrefexchange=21,
    step_rrefpivot=22,
    step_rrefpivot0=23,
    step_rrefend=24,
    step_extrema1=25,
    step_extrema2=26,
    step_extrema3=27,
    step_extrema4=28,
    step_extrema5=29,
    step_extrema6=30,
    step_extrema7=31,
    step_extrema8=32,
    step_integrate_header=33,
    step_derive_header=34,
  };



#ifndef NO_NAMESPACE_GIAC
} // namespace giac
#endif // ndef NO_NAMESPACE_GIAC

#endif // _GIAC_DISPATCH_H
