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Comparing ray/src/rt/rcontrib.c (file contents):
Revision 2.29 by greg, Mon Sep 12 20:31:34 2016 UTC vs.
Revision 2.39 by greg, Thu Sep 10 01:01:18 2020 UTC

# Line 21 | Line 21 | int    dimlist[MAXDIM];                /* sampling dimensions */
21   int     ndims = 0;                      /* number of sampling dimensions */
22   int     samplendx = 0;                  /* index for this sample */
23  
24 < static void     trace_contrib(RAY *r);  /* our trace callback */
25 < void    (*trace)() = trace_contrib;
24 > void    (*trace)() = NULL;              /* trace call (NULL before rcinit) */
25  
26   int     do_irrad = 0;                   /* compute irradiance? */
27  
28   int     rand_samp = 1;                  /* pure Monte Carlo sampling? */
29  
30   double  dstrsrc = 0.9;                  /* square source distribution */
31 < double  shadthresh = .03;               /* shadow threshold */
31 > double  shadthresh = 0.;                /* shadow threshold */
32   double  shadcert = .75;                 /* shadow certainty */
33   int     directrelay = 3;                /* number of source relays */
34   int     vspretest = 512;                /* virtual source pretest density */
# Line 41 | Line 40 | COLOR  salbedo = BLKCOLOR;             /* global scattering albedo
40   double  seccg = 0.;                     /* global scattering eccentricity */
41   double  ssampdist = 0.;                 /* scatter sampling distance */
42  
43 < double  specthresh = .15;               /* specular sampling threshold */
43 > double  specthresh = .02;               /* specular sampling threshold */
44   double  specjitter = 1.;                /* specular sampling jitter */
45  
46   int     backvis = 1;                    /* back face visibility */
# Line 52 | Line 51 | double minweight = 2e-3;               /* minimum ray weight */
51   char    *ambfile = NULL;                /* ambient file name */
52   COLOR   ambval = BLKCOLOR;              /* ambient value */
53   int     ambvwt = 0;                     /* initial weight for ambient value */
54 < double  ambacc = 0;                     /* ambient accuracy */
54 > double  ambacc = 0.;                    /* ambient accuracy */
55   int     ambres = 256;                   /* ambient resolution */
56   int     ambdiv = 350;                   /* ambient divisions */
57   int     ambssamp = 0;                   /* ambient super-samples */
# Line 67 | Line 66 | long   waitflush;                      /* how long until next flush */
66   RNUMBER lastray = 0;                    /* last ray number sent */
67   RNUMBER lastdone = 0;                   /* last ray output */
68  
69 + static void     trace_contrib(RAY *r);  /* our trace callback */
70 +
71   static void mcfree(void *p) { epfree((*(MODCONT *)p).binv); free(p); }
72  
73   LUTAB   modconttab = LU_SINIT(NULL,mcfree);     /* modifier lookup table */
# Line 171 | Line 172 | addmodfile(char *fname, char *outf, char *prms, char *
172   }
173  
174  
175 + /* Check if we have any more rays left (and report progress) */
176 + int
177 + morays(void)
178 + {
179 +        static RNUMBER  total_rays;
180 +        static time_t   tstart, last_report;
181 +        time_t          tnow;
182 +
183 +        if (!raysleft)
184 +                return(1);      /* unknown total, so nothing to do or say */
185 +
186 +        if (report_intvl > 0 && (tnow = time(0)) >= last_report+report_intvl) {
187 +                if (!total_rays) {
188 +                        total_rays = raysleft;
189 +                        tstart = tnow;
190 +                } else {
191 +                        sprintf(errmsg, "%.2f%% done after %.3f hours\n",
192 +                                        100.-100.*raysleft/total_rays,
193 +                                        (1./3600.)*(tnow - tstart));
194 +                        eputs(errmsg);
195 +                }
196 +                last_report = tnow;
197 +        }
198 +        return(--raysleft);
199 + }
200 +
201 +
202 + /* Quit program */
203   void
204 < quit(                   /* quit program */
204 > quit(
205          int  code
206   )
207   {
208          if (nchild > 0)         /* close children if any */
209                  end_children(code != 0);
210 +        else if (nchild < 0)
211 +                _exit(code);    /* avoid flush() in child */
212          exit(code);
213   }
214  
# Line 196 | Line 227 | rcinit(void)
227                                          /* set shared memory boundary */
228                  shm_boundary = strcpy((char *)malloc(16), "SHM_BOUNDARY");
229          }
230 +        trace = trace_contrib;          /* set up trace call-back */
231          for (i = 0; i < nsources; i++)  /* tracing to sources as well */
232                  source[i].sflags |= SFOLLOW;
233          if (yres > 0) {                 /* set up flushing & ray counts */
# Line 279 | Line 311 | eval_irrad(FVECT org, FVECT dir)
311          thisray.rmax = 0.0;
312          rayorigin(&thisray, PRIMARY, NULL, NULL);
313                                          /* pretend we hit surface */
314 <        thisray.rt = thisray.rot = 1e-5;
314 >        thisray.rxt = thisray.rot = 1e-5;
315          thisray.rod = 1.0;
316          VCOPY(thisray.ron, dir);
317          VSUM(thisray.rop, org, dir, 1e-4);
# Line 360 | Line 392 | rcontrib(void)
392                  }
393                  done_contrib();         /* accumulate/output */
394                  ++lastdone;
395 <                if (raysleft && !--raysleft)
395 >                if (!morays())
396                          break;          /* preemptive EOI */
397          }
398          if (nchild != -1 && (accumulate <= 0) | (account < accumulate)) {

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