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Datei: math_panel.C Sprache: C

Original von: Lyx^©

/*
*  File:        math_panel.C
*  Purpose:     Mathed GUI for lyx
*  Author:      Alejandro Aguilar Sierra <[email protected]>
*  Created:     March 28, 1996
*
*  Dependencies: Xlib, Xpm, XForms, Lyx
*
*  Copyright: (c) 1996, Alejandro Aguilar Sierra
*
*   You are free to use and modify it under the terms of
*   the GNU General Public Licence version 2 or later.
*/

#include <config.h>

#include FORMS_H_LOCATION
#include <stdio.h>
#include <stdlib.h>

#include "math_panel.h"
#include "symbol_def.h"
#include "formula.h"
#include "lyxfunc.h"
#include "gettext.h"

/* Bitmaps */
#include "delim.xbm"
#include "delim0.xpm"
#include "delim.xpm"
#include "deco.xbm"
#include "deco.xpm"
#include "space.xpm"
#include "sqrt.xpm"
#include "frac.xpm"
#include "matrix.xpm"
#include "equation.xpm"

// $Id: math_panel.C,v 1.1.1.1 1998/04/20 21:14:53 larsbj Exp $

#if !defined(lint) && !defined(WITH_WARNINGS)
static char vcid[] = "$Id: math_panel.C,v 1.1.1.1 1998/04/20 21:14:53 larsbj Exp $";
#endif /* lint */

static LyXFunc *lyxfunc=0;

//static FD_panel* symb_form=0;

FD_panel  *fd_panel;
FD_delim  *fd_delim;
FD_deco   *fd_deco;
FD_space  *fd_space;
FD_matrix *fd_matrix;

int delim_code[] = {
   '(', ')', LM_lceil,  LM_rceil,  LM_uparrow,  LM_Uparrow,
   '[', ']', LM_lfloor,  LM_rfloor,  LM_updownarrow, LM_Updownarrow,
   '{', '}',  '/', LM_backslash,  LM_downarrow,  LM_Downarrow,
   LM_langle,  LM_rangle, '|', LM_Vert, '.', 0
};

static char const *deco_code[] = {
   "widehat", "widetilde", "overbrace", "overleftarrow", "overrightarrow",
   "overline","underbrace", "underline"
};

static char const *func_code[] = {
    "arccos", "arcsin", "arctan", "arg", "bmod",
    "cos", "cosh", "cot", "coth", "csc", "deg",
    "det", "dim", "exp", "gcd", "hom", "inf", "ker",
    "lg", "lim", "liminf", "limsup", "ln", "log",
    "max", "min", "sec", "sin", "sinh", "sup",
    "tan", "tanh"
};

static char h_align_str[80] = "c";

extern int CancelCloseBoxCB(FL_FORM *, void *);

/* callbacks for form panel */
void button_cb(FL_OBJECT *ob, long data)
{
   extern void free_symbols_form();
   switch (data)  {
    case MM_GREEK:
    case MM_VARSIZE:
    case MM_BRELATS:
    case MM_ARROW:
    case MM_BOP:
    case MM_MISC:
      {
  BitmapMenu *menu = (BitmapMenu *)ob->u_vdata;
  menu->Show();
  break;
      }
    case MM_FRAC:
       lyxfunc->Dispatch(LFUN_INSERT_MATH, "frac");
      break;
    case MM_SQRT:
       lyxfunc->Dispatch(LFUN_INSERT_MATH, "sqrt");
      break;
    case MM_DELIM:
      fl_show_form(fd_delim->delim,FL_PLACE_MOUSE,FL_FULLBORDER, _("Delimiter"));
       fl_set_form_atclose(fd_delim->delim, CancelCloseBoxCB, NULL);
      break;
    case MM_DECO:
      fl_show_form(fd_deco->deco,FL_PLACE_MOUSE,FL_FULLBORDER,_("Decoration"));
       fl_set_form_atclose(fd_deco->deco, CancelCloseBoxCB, NULL);
      break;
    case MM_SPACE:
      fl_show_form(fd_space->space,FL_PLACE_MOUSE,FL_FULLBORDER,_("Spacing"));
       fl_set_form_atclose(fd_space->space, CancelCloseBoxCB, NULL);
      break;
    case MM_MATRIX:
      fl_show_form(fd_matrix->matrix,FL_PLACE_MOUSE,FL_FULLBORDER,_("Matrix"));
       fl_set_form_atclose(fd_matrix->matrix, CancelCloseBoxCB, NULL);
      break;
    case MM_EQU:
       lyxfunc->Dispatch(LFUN_MATH_DISPLAY);
      break;
    case MM_FUNC:
      {
   int i = fl_get_browser(fd_panel->func_browse) - 1;
   lyxfunc->Dispatch(LFUN_INSERT_MATH, func_code[i]);
   break;
      }
    case 100:
      free_symbols_form();
      break;
   }
}

/* callbacks for form delim */
void delim_cb(FL_OBJECT *, long data)
{
   int left=fd_delim->left->u_ldata, right=fd_delim->right->u_ldata;
   int side=(fl_get_button(fd_delim->right)!=0);
   Pixmap p1, p2;

   switch (data) {
    case MM_APPLY:
    case MM_OK:
      {
  char s[80];
  sprintf(s, "%d %d", delim_code[left], delim_code[right]);
  lyxfunc->Dispatch(LFUN_MATH_DELIM, s);
  if (data==MM_APPLY) break;
      }
    case MM_CLOSE: fl_hide_form(fd_delim->delim); break;
    case 2:
      {
   int i = fl_get_bmtable(fd_delim->menu);
   if (i>=0) {
#if FL_REVISION > 85
       if (side || (fl_get_bmtable_numb(fd_delim->menu)!=FL_LEFT_MOUSE))
#else
       if (side || (fl_get_bmtable_numb(fd_delim->menu)!= 1))

#endif
  right = i;
       else
  left = i;
   }
   p1 = fl_get_pixmap_pixmap(fd_delim->pix, &p1, &p2);
   fl_draw_bmtable_item(fd_delim->menu,left,p1,0,0);
   fl_draw_bmtable_item(fd_delim->menu,right,p1,16,0);
   fl_redraw_object(fd_delim->pix);

   fd_delim->left->u_ldata = left;
   fd_delim->right->u_ldata = right;

   break;
      }
    case 3: break;
    case 4: break;
   }
}

/* callbacks for form matrix */
void matrix_cb(FL_OBJECT *, long data)
{
   int nx, ny;
   static char v_align_c[] = "tcb";

   switch (data) {
    case MM_APPLY:
    case MM_OK:
      {
  char s[80];
  char c = v_align_c[fl_get_choice(fd_matrix->valign)-1];
  char const *sh = fl_get_input(fd_matrix->halign);
  nx = (int)(fl_get_slider_value(fd_matrix->columns)+0.5);
  ny = (int)(fl_get_slider_value(fd_matrix->rows)+0.5);
  sprintf(s, "%d %d %c%s", nx, ny, c, sh);
  if (data==MM_OK) fl_hide_form(fd_matrix->matrix);
  lyxfunc->Dispatch(LFUN_INSERT_MATRIX, s);
  break;
      }
    case MM_CLOSE: fl_hide_form(fd_matrix->matrix); break;
    case 2:
      {
  nx = (int)(fl_get_slider_value(fd_matrix->columns)+0.5);
  for (int i=0; i<nx; i++) h_align_str[i] = 'c';
  //memset(h_align_str, 'c', nx);
  h_align_str[nx] = '\0';
// fl_freeze_form(fd_form_main->form_main);
// fl_addto_form(fd_form_main->form_main);

  fl_set_input(fd_matrix->halign, h_align_str);
  fl_redraw_object(fd_matrix->halign);
  break;
      }
   }
}

/* callbacks for form deco */
void deco_cb(FL_OBJECT *, long data)
{
   switch (data) {
    case MM_APPLY:
    case MM_OK:
      {
  int i = fl_get_bmtable(fd_deco->menu);
  lyxfunc->Dispatch(LFUN_INSERT_MATH, deco_code[i]);
  if (data==MM_APPLY) break;
      }
    case MM_CLOSE: fl_hide_form(fd_deco->deco); break;
   }
}

/* callbacks for form space */
void space_cb(FL_OBJECT *, long data)
{
   static short sp=-1;
   extern char *latex_mathspace[];

   if (data>=0 && data<6)
      sp = (short)data;
   else
   switch (data) {
    case MM_APPLY:
    case MM_OK:
      {
   if (sp>=0)
     lyxfunc->Dispatch(LFUN_INSERT_MATH, latex_mathspace[sp]);
  if (data==MM_APPLY) break;
      }
    case MM_CLOSE: fl_hide_form(fd_space->space); break;
   }
}

int align_filter(FL_OBJECT *, char const *, char const *cur, int c)
{
   int n = (int)(fl_get_slider_value(fd_matrix->columns)+0.5) - strlen(cur);
   return ((c=='c'||c=='l'||c=='r') && n>=0) ? FL_VALID: FL_INVALID;
}

char** mathed_get_pixmap_from_icon(int d)
{
   switch (d) {
    case MM_FRAC: return frac;
    case MM_SQRT: return sqrt;
    case MM_DELIM: return delim;
    case MM_MATRIX: return matrix;
    case MM_EQU: return equation;
    case MM_DECO: return deco;
    case MM_SPACE: return space_xpm;
    default: return NULL;
   }
}

FD_panel *create_math_panel( )
{
   fd_panel = create_form_panel();
   fd_delim = create_form_delim();
   fd_deco = create_form_deco();
   fd_space = create_form_space();
   fd_matrix = create_form_matrix();

   /* fill-in form initialization code */
   fl_set_button(fd_delim->left, 1);
   fl_set_pixmap_data(fd_delim->pix, delim0);
   fl_set_bmtable_data(fd_delim->menu,6,4,delim_width,delim_height,
         (char*)delim_bits);
   fl_set_bmtable_maxitems(fd_delim->menu, 23);

   fl_set_pixmap_data(fd_panel->sqrt, sqrt);
   fl_set_pixmap_data(fd_panel->frac, frac);
   fl_set_pixmap_data(fd_panel->delim, delim);
   fl_set_pixmap_data(fd_panel->deco, deco);
   fl_set_pixmap_data(fd_panel->space, space_xpm);
   fl_set_pixmap_data(fd_panel->matrix, matrix);
   fl_set_pixmap_data(fd_panel->equation, equation);

   for (int i=0; i<32; i++) {
       fl_add_browser_line(fd_panel->func_browse, func_code[i]);
   }

   fl_addto_choice(fd_matrix->valign, _("Top | Center | Bottom"));
   fl_set_choice(fd_matrix->valign, 2);
   fl_set_input(fd_matrix->halign, h_align_str);
   fl_set_input_filter(fd_matrix->halign, align_filter);

   fl_set_bmtable_data(fd_deco->menu,3,3,deco_width,deco_height,
         (char*)deco_bits);
   fl_set_bmtable_maxitems(fd_deco->menu, 8);

   fd_delim->left->u_ldata = 0;
   fd_delim->right->u_ldata = 1;

   return fd_panel;
}

extern BitmapMenu* sym_menu;
extern void  create_symbol_menues(FD_panel *);

void free_symbols_form()
{
   if (fd_panel) {
      fl_hide_form(fd_panel->panel);
      fl_free_form(fd_panel->panel);
      delete sym_menu;
      delete fd_panel;
      fd_panel = NULL;
   }
}

int AtClose_symbols_form(FL_FORM *, void *)
{
  free_symbols_form();
  return FL_IGNORE;
}

void show_symbols_form(LyXFunc *lf)
{
    lyxfunc = lf;
    if (!fd_panel) {
fd_panel = create_math_panel();
fl_register_raw_callback(fd_panel->panel,
     ButtonPressMask|KeyPressMask, peek_event);
create_symbol_menues(fd_panel);
fl_set_form_atclose(fd_panel->panel, AtClose_symbols_form, NULL);
    }
    if (fd_panel->panel->visible) {
fl_raise_form(fd_panel->panel);
    } else {
      fl_show_form(fd_panel->panel, FL_PLACE_MOUSE | FL_FREE_SIZE,
     FL_FULLBORDER, _("Math Panel"));
    }
}

¤ Dauer der Verarbeitung: 0.16 Sekunden (vorverarbeitet) ¤

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