distrib/sources/yagle/slib/slb_lib.h

   1 #ifndef SLIB
   2 #define SLIB
   3
   4 #include MUT_H
   5 #include EQT_H
   6
   7 #define FALSE 0
   8 #define TRUE  1
   9
  10 #define SLIB_PIN_UP    0
  11 #define SLIB_PIN_DOWN  1
  12 #define SLIB_PIN_LEFT  2
  13 #define SLIB_PIN_RIGHT 3
  14
  15 #define SLIB_T_LINE   2
  16 #define SLIB_T_ARC    3
  17 #define SLIB_T_CIRCLE 4
  18 #define SLIB_T_PIN    5
  19
  20 #define MOTIF_T_LINE 2
  21 #define MOTIF_T_ARC  3
  22
  23
  24 // structure de calcul pour les transformations sur les symbols
  25
  26 typedef struct vecteur {
  27     double  ANGLE;
  28     double  NORME;
  29     int     SIGX;
  30     long    X;
  31     long    Y;
  32     } vecteur ;
  33
  34 // structures propres a MOTIF
  35
  36 typedef struct motif_arc{
  37     long   CORNER_X;
  38     long   CORNER_Y;
  39     long   R;
  40     long   ALPHA;
  41     long   DELTA;
  42     } motif_arc ;
  43
  44 typedef struct motif_line{
  45     long   START_X;
  46     long   START_Y;
  47     long   END_X;
  48     long   END_Y;
  49     } motif_line;
  50
  51 typedef union {
  52     motif_line   *MLINE;
  53     motif_arc    *MARC;
  54     void   *MOBJ;
  55     } motif_obj;
  56
  57 typedef struct motif_draw {
  58     struct motif_draw *NEXT;
  59     int                TYPE;
  60     motif_obj          DATA;
  61     } motif_draw ;
  62
  63 typedef struct motif_symlist {
  64     struct motif_symlist *NEXT;
  65     char                 *NAME;
  66     motif_draw           *DRAW;
  67     } motif_symlist ;
  68
  69 typedef struct motif_lib {
  70     char          *NAME;
  71     motif_symlist *SYMB;
  72     } motif_lib ;
  73
  74 // structures propres a SLIB
  75
  76 typedef struct slib_box {
  77     long    X_MIN;
  78     long    X_MAX;
  79     long    Y_MIN;
  80     long    Y_MAX;
  81     } slib_box;
  82
  83 typedef struct pin{
  84     char   *NAME;
  85     long   X;
  86     long   Y;
  87     int    DIRECTION;
  88     } pin ;
  89
  90 typedef struct circle{
  91     long   X;
  92     long   Y;
  93     long   RADIUS;
  94     } circle ;
  95
  96 typedef struct arc{
  97     long   START_X;
  98     long   START_Y;
  99     long   END_X;
 100     long   END_Y;
 101     long   CENTER_X;
 102     long   CENTER_Y;
 103     } arc ;
 104
 105 typedef struct line{
 106     long   START_X;
 107     long   START_Y;
 108     long   END_X;
 109     long   END_Y;
 110     } line;
 111
 112 typedef union {
 113     line   *SLINE;
 114     arc    *SARC;
 115     circle *SCIRCLE;
 116     pin    *SPIN;
 117     void   *SOBJ;
 118     } graph_obj;
 119
 120 typedef struct draw_list {
 121     struct draw_list   *NEXT;
 122     int                TYPE;
 123     graph_obj          DATA;
 124     } draw_list ;
 125
 126 typedef struct sub_list {
 127     struct sub_list    *NEXT;
 128     struct symbol_list *ROOT;
 129     long                X;
 130     long                Y;
 131     long                ANGLE;
 132     } sub_list ;
 133
 134 typedef struct symbol_list {
 135     struct symbol_list  *NEXT;
 136     char                *NAME;
 137     sub_list            *SUB;
 138     draw_list           *DRAW;
 139     motif_symlist       *MOTIF;
 140     slib_box           *BOX;
 141     } symbol_list ;
 142
 143
 144 typedef struct library {
 145     char         *NAME;
 146     symbol_list  *SYMB;
 147     int           GRID;
 148     int           REFHEIGHT;
 149     } library ;
 150
 151 // fonction assurant le parse du fichier slib
 152 library     *slib_get_library();
 153 //
 154 // fonctions 'outils' notaement pour EQT et la 'route_grid' de SLIB
 155 void         slib_set_function(eqt_ctx *ctx);
 156 int          slib_sign(float value);
 157 void         slib_set_lib_grid(library *ptlib, int grid_value);
 158 long         slib_apply_grid(double value, int grid_value);
 159
 160 // fonctions d'allocations des differents champs de la structure
 161 library     *slib_create_lib(char *name);
 162 void         slib_put_symbol(library *ptlib, symbol_list *ptsym);
 163 symbol_list *slib_add_symbol(library *ptlib, char *name);
 164 void         slib_add_subsymbol(library *ptlib, symbol_list *ptsym, char *name, double center_x, double center_y, double angle);
 165 void         slib_add_draw_line(symbol_list *ptsym, double arg_0, double arg_1, double arg_2, double arg_3, int grid_value);
 166 void         slib_add_draw_arc(symbol_list *ptsym, double arg_0, double arg_1, double arg_2, double arg_3, double arg_4, double arg_5, int grid_value);
 167 void         slib_add_draw_circle(symbol_list *ptsym, double arg_0, double arg_1, float arg_2, int grid_value);
 168 void         slib_add_draw_pin(symbol_list *ptsym, char *name, double x, double y, int direction, int grid_value);
 169
 170 // liberation des allocations memoires
 171 void         slib_free_box(symbol_list *ptsym);
 172 void         slib_free_motif(motif_symlist *ptm_sym);
 173 void         slib_free_subsymbols(symbol_list *ptsym);
 174 void         slib_free_draw(symbol_list *ptsym);
 175 void         slib_free_symbols(library *ptlib);
 176 void         slib_free_library(library *ptlib);
 177
 178 // fonctions permettant de gerer les coordonnees de points apres les subsymbols
 179 void         slib_vecteur(vecteur *v, double dalpha, double xdebut, double ydebut, double xfinal, double yfinal);
 180 void         slib_coordonnee(vecteur *v, int grid, double dx, double dy);
 181
 182 //fonction d'appel d'un symbol et de mise a plat
 183 pin         *slib_getpin(symbol_list *ptsym, char *name);
 184 symbol_list *slib_getsymbol(library *ptlib, char *name);
 185 symbol_list *slib_get_flat_symbol(library *ptlib, char *name);
 186 void         slib_flatsymbol(symbol_list *ptsym, long dx,long dy, long dalpha,symbol_list *ptresult);
 187 void         slib_flatcalcul(vecteur *name, double dx, double dy, double dalpha, long x, long y);
 188 void         slib_xbounding_box(slib_box *ptm_box, long value);
 189 void         slib_ybounding_box(slib_box *ptm_box, long value);
 190 void         slib_arc_box(symbol_list *ptresult,long x1,long y1,long x2,long y2,long x3,long y3);
 191 void         slib_line_box(symbol_list *ptresult,long x1,long y1,long x2,long y2);
 192 void         slib_circle_box(symbol_list *ptresult,long x,long y,long R);
 193
 194 // fonctions de conversion d'une structure SLIB en une structure MOTIF
 195
 196 motif_symlist *slib_motifconvert(symbol_list *ptsym);
 197 void           slib_add_motif_line(motif_draw *ptm_draw, long startx,long starty,long endx,long endy);
 198 void           slib_add_motif_arc(motif_draw *ptm_draw, long startx,long starty,long endx,long endy,long centerx,long centery);
 199 void           slib_add_motif_circle(motif_draw *ptm_draw, long cx, long cy, long rayon);
 200 //void           slib_add_motif_pin();
 201
 202 // fonctions d'affichages et de test graphique
 203 void         slib_make_motif_file(library *ptlib);
 204 void         slib_display_motif(FILE *file, library *ptlib, symbol_list *ptsym);
 205 void         slib_write_motif(FILE *file,motif_symlist *ptm_sym);
 206
 207 // fonctions d'affichages et de test thread
 208 void         slib_view_structslib(library *ptlib);
 209 void         slib_view_structmotif(library *ptlib);
 210 void         slib_view_all(library *ptlib);
 211 void         slib_return_box(symbol_list *pts);
 212
 213
 214 // library cree par le parser
 215 library     *slib_load_library(char *buff);
 216
 217 extern library *SLIB_LIBRARY;
 218 #endif
 219