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root/radiance/ray/src/meta/rplot.c
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Comparing ray/src/meta/rplot.c (file contents):
Revision 1.2 by schorsch, Mon Jul 21 22:30:18 2003 UTC vs.
Revision 1.3 by schorsch, Sat Nov 15 02:13:37 2003 UTC

# Line 7 | Line 7 | static const char      RCSid[] = "$Id$";
7  
8  
9   #include  "meta.h"
10
10   #include  "plot.h"
12
11   #include  "rast.h"
12  
13  
# Line 19 | Line 17 | static PLIST  inqueue = {NULL, NULL};
17  
18   static PRIMITIVE  nextp;
19  
20 + static void initplot(void);
21 + static void doglobal(PRIMITIVE  *g);
22 + static void plotblock(FILE  *infp);
23 + static void doprim(PRIMITIVE  *p);
24 + static void doprim(PRIMITIVE  *p);
25 + static void paintline(int  x, int  y, int  run, int  rise, int  hrad, int  vrad,
26 +        int  lpat, long  run2, long  rise2, int  n);
27 + static void tfill(PRIMITIVE  *p);
28 + static void fill(int  attrib, int  xmin, int ymin, int xmax, int ymax);
29  
23 plot(infp)              /* plot meta-file */
30  
31 < FILE  *infp;
32 <
31 > void
32 > plot(           /* plot meta-file */
33 >        FILE  *infp
34 > )
35   {
28
36      do {
37          readp(&nextp, infp);
38          initplot();
# Line 34 | Line 41 | FILE  *infp;
41          doglobal(&nextp);
42          fargs(&nextp);
43      } while (nextp.com != PEOF);
37
44   }
45  
46  
47 <
48 <
43 <
44 < initplot()                      /* initialize this plot */
45 <
47 > void
48 > initplot(void)                  /* initialize this plot */
49   {
50      int  i;
51  
# Line 66 | Line 69 | initplot()                     /* initialize this plot */
69   }
70  
71  
72 <
73 <
74 <
75 < doglobal(g)                     /* execute a global command */
73 <
74 < PRIMITIVE  *g;
75 <
72 > void
73 > doglobal(                       /* execute a global command */
74 >        PRIMITIVE  *g
75 > )
76   {
77    char  c;
78    int  tty;
79
77      switch (g->com) {
78  
79          case PEOF:
# Line 106 | Line 103 | PRIMITIVE  *g;
103              error(WARNING, errmsg);
104              break;
105          }
109
106   }
107  
108  
109  
110 <
111 <
112 < plotblock(infp)                 /* plot next block */
113 <
118 < FILE  *infp;
119 <
110 > void
111 > plotblock(                      /* plot next block */
112 >        FILE  *infp
113 > )
114   {
115      PLIST  lastinq;
116      register PRIMITIVE  *p;
# Line 144 | Line 138 | FILE  *infp;
138  
139  
140  
141 <
142 <
149 < nextblock()             /* prepare next block */
150 <
141 > extern void
142 > nextblock(void)         /* prepare next block */
143   {
144      register int  i, n;
145      register unsigned char  *colp;
# Line 167 | Line 159 | nextblock()            /* prepare next block */
159          outblock.ybot += NUMSCANS;
160      }
161      return;
170 memerr:
171    error(SYSTEM, "out of memory in nextblock");
162   }
163  
164  
165 <
166 < outputblock()           /* output block to printer */
165 > void
166 > outputblock(void)               /* output block to printer */
167   {
168      register int  i, n;
169      register unsigned char  *colp;
# Line 191 | Line 181 | outputblock()          /* output block to printer */
181   }
182  
183  
184 <
185 < doprim(p)               /* plot primitive */
186 <
187 < register PRIMITIVE  *p;
198 <
184 > void
185 > doprim(         /* plot primitive */
186 >        register PRIMITIVE  *p
187 > )
188   {
189      register PRIMITIVE  *newp;
190      
# Line 229 | Line 218 | register PRIMITIVE  *p;
218          newp->args = savestr(p->args);
219          add(newp, &inqueue);
220      }
232        
221   }
222  
223  
224 <
225 <
226 <
227 < plotlseg(p)             /* plot a line segment */
240 <
241 < register PRIMITIVE  *p;
242 <
224 > void
225 > plotlseg(               /* plot a line segment */
226 >        register PRIMITIVE  *p
227 > )
228   {
229      register int  ti;
230      long  run2 = 0L, rise2 = 0L;
# Line 297 | Line 282 | register PRIMITIVE  *p;
282   *  This routine paints a line with calls to fill().  The line can
283   *    start and end at arbitrary points on a longer line segment.
284   */
285 <
286 < paintline(x, y, run, rise, hrad, vrad, lpat, run2, rise2, n)
287 <
288 < register int  x, y;
289 < int  run, rise;
290 < int  hrad, vrad;
291 < int  lpat;
292 < long  run2, rise2;
293 < int  n;
294 <
285 > void
286 > paintline(
287 >        register int  x,
288 >        register int  y,
289 >        int  run,
290 >        int  rise,
291 >        int  hrad,
292 >        int  vrad,
293 >        int  lpat,
294 >        long  run2,
295 >        long  rise2,
296 >        int  n
297 > )
298   {
299      int  xstep, ystep;
300  
# Line 351 | Line 339 | int  n;
339   }
340  
341  
342 <
343 < tfill(p)                        /* fill a triangle */
344 < register PRIMITIVE  *p;
342 > void
343 > tfill(                  /* fill a triangle */
344 >        register PRIMITIVE  *p
345 > )
346   {
347      register int  x, txmin, txmax;      
348      int  xmn, ymn, tpat;
# Line 397 | Line 386 | register PRIMITIVE  *p;
386  
387  
388  
389 <
390 < fill(attrib, xmin, ymin, xmax, ymax)    /* fill rectangle with attribute */
391 <
392 < register int  attrib;
393 < int  xmin, ymin, xmax, ymax;
394 <
389 > void
390 > fill(   /* fill rectangle with attribute */
391 >        register int  attrib,
392 >        int  xmin,
393 >        int ymin,
394 >        int xmax,
395 >        int ymax
396 > )
397   {
398      register int  i, j;
399  

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