21 |
|
#include "resolu.h" |
22 |
|
|
23 |
|
#define pscan(y) (ourpict+(y)*hresolu) |
24 |
+ |
#define sscan(y) (ourspict+(y)*hresolu) |
25 |
+ |
#define wscan(y) (ourweigh+(y)*hresolu) |
26 |
|
#define zscan(y) (ourzbuf+(y)*hresolu) |
27 |
+ |
#define averaging (ourweigh != NULL) |
28 |
|
|
29 |
+ |
#define MAXWT 1000. /* maximum pixel weight (averaging) */ |
30 |
+ |
|
31 |
|
#define F_FORE 1 /* fill foreground */ |
32 |
|
#define F_BACK 2 /* fill background */ |
33 |
|
|
51 |
|
|
52 |
|
double zeps = .02; /* allowed z epsilon */ |
53 |
|
|
54 |
< |
COLR *ourpict; /* output picture */ |
54 |
> |
COLR *ourpict; /* output picture (COLR's) */ |
55 |
> |
COLOR *ourspict; /* output pixel sums (averaging) */ |
56 |
> |
float *ourweigh = NULL; /* output pixel weights (averaging) */ |
57 |
|
float *ourzbuf; /* corresponding z-buffer */ |
58 |
|
|
59 |
|
char *progname; |
63 |
|
extern int backfill(), rcalfill(); /* fill functions */ |
64 |
|
int (*fillfunc)() = backfill; /* selected fill function */ |
65 |
|
COLR backcolr = BLKCOLR; /* background color */ |
66 |
+ |
COLOR backcolor = BLKCOLOR; /* background color (float) */ |
67 |
|
double backz = 0.0; /* background z value */ |
68 |
|
int normdist = 1; /* normalized distance? */ |
69 |
|
double ourexp = -1; /* output picture exposure */ |
73 |
|
int wrongformat = 0; /* input in another format? */ |
74 |
|
RESOLU tresolu; /* input resolution */ |
75 |
|
double theirexp; /* input picture exposure */ |
76 |
< |
double theirs2ours[4][4]; /* transformation matrix */ |
76 |
> |
MAT4 theirs2ours; /* transformation matrix */ |
77 |
|
int hasmatrix = 0; /* has transformation matrix */ |
78 |
|
|
79 |
|
int PDesc[3] = {-1,-1,-1}; /* rtrace process descriptor */ |
82 |
|
int packsiz; /* actual packet size */ |
83 |
|
int queuesiz; /* number of pixels pending */ |
84 |
|
|
85 |
+ |
extern double movepixel(); |
86 |
|
|
87 |
+ |
|
88 |
|
main(argc, argv) /* interpolate pictures */ |
89 |
|
int argc; |
90 |
|
char *argv[]; |
93 |
|
badarg(argc-i-1,argv+i+1,al)) \ |
94 |
|
goto badopt |
95 |
|
int gotvfile = 0; |
96 |
+ |
int doavg = -1; |
97 |
|
char *zfile = NULL; |
98 |
|
char *err; |
99 |
|
int i, rval; |
111 |
|
check(2,"f"); |
112 |
|
zeps = atof(argv[++i]); |
113 |
|
break; |
114 |
+ |
case 'a': /* average */ |
115 |
+ |
check(2,NULL); |
116 |
+ |
doavg = 1; |
117 |
+ |
break; |
118 |
+ |
case 'q': /* quick (no avg.) */ |
119 |
+ |
check(2,NULL); |
120 |
+ |
doavg = 0; |
121 |
+ |
break; |
122 |
|
case 'n': /* dist. normalized? */ |
123 |
|
check(2,NULL); |
124 |
|
normdist = !normdist; |
148 |
|
case 'c': /* color */ |
149 |
|
check(3,"fff"); |
150 |
|
fillfunc = backfill; |
151 |
< |
setcolr(backcolr, atof(argv[i+1]), |
151 |
> |
setcolor(backcolor, atof(argv[i+1]), |
152 |
|
atof(argv[i+2]), atof(argv[i+3])); |
153 |
+ |
setcolr(backcolr, colval(backcolor,RED), |
154 |
+ |
colval(backcolor,GRN), |
155 |
+ |
colval(backcolor,BLU)); |
156 |
|
i += 3; |
157 |
|
break; |
158 |
|
case 'z': /* z value */ |
212 |
|
goto userr; |
213 |
|
if (fillsamp == 1) |
214 |
|
fillo &= ~F_BACK; |
215 |
+ |
if (doavg < 0) |
216 |
+ |
doavg = (argc-i) > 2; |
217 |
|
/* set view */ |
218 |
|
if ((err = setview(&ourview)) != NULL) { |
219 |
|
fprintf(stderr, "%s: %s\n", progname, err); |
221 |
|
} |
222 |
|
normaspect(viewaspect(&ourview), &pixaspect, &hresolu, &vresolu); |
223 |
|
/* allocate frame */ |
224 |
< |
ourpict = (COLR *)bmalloc(hresolu*vresolu*sizeof(COLR)); |
224 |
> |
if (doavg) { |
225 |
> |
ourspict = (COLOR *)bmalloc(hresolu*vresolu*sizeof(COLOR)); |
226 |
> |
ourweigh = (float *)bmalloc(hresolu*vresolu*sizeof(float)); |
227 |
> |
if (ourspict == NULL | ourweigh == NULL) |
228 |
> |
syserror(progname); |
229 |
> |
} else { |
230 |
> |
ourpict = (COLR *)bmalloc(hresolu*vresolu*sizeof(COLR)); |
231 |
> |
if (ourpict == NULL) |
232 |
> |
syserror(progname); |
233 |
> |
} |
234 |
|
ourzbuf = (float *)bmalloc(hresolu*vresolu*sizeof(float)); |
235 |
< |
if (ourpict == NULL || ourzbuf == NULL) |
235 |
> |
if (ourzbuf == NULL) |
236 |
|
syserror(progname); |
237 |
|
bzero((char *)ourzbuf, hresolu*vresolu*sizeof(float)); |
238 |
|
/* new header */ |
341 |
|
if ((zfd = open(zspec, O_RDONLY)) == -1) { |
342 |
|
double zvalue; |
343 |
|
register int x; |
344 |
< |
if (!isfloat(zspec) || (zvalue = atof(zspec)) <= 0.0) |
344 |
> |
if (!isflt(zspec) || (zvalue = atof(zspec)) <= 0.0) |
345 |
|
syserror(zspec); |
346 |
|
for (x = scanlen(&tresolu); x-- > 0; ) |
347 |
|
zin[x] = zvalue; |
397 |
|
|
398 |
|
|
399 |
|
pixform(xfmat, vw1, vw2) /* compute view1 to view2 matrix */ |
400 |
< |
register double xfmat[4][4]; |
400 |
> |
register MAT4 xfmat; |
401 |
|
register VIEW *vw1, *vw2; |
402 |
|
{ |
403 |
|
double m4t[4][4]; |
446 |
|
{ |
447 |
|
FVECT pos; |
448 |
|
struct position lastx, newpos; |
449 |
+ |
double wt; |
450 |
|
register int x; |
451 |
|
|
452 |
|
lastx.z = 0; |
453 |
|
for (x = xl->max; x >= xl->min; x--) { |
454 |
|
pix2loc(pos, &tresolu, x, y); |
455 |
|
pos[2] = zline[x]; |
456 |
< |
if (movepixel(pos) < 0) { |
456 |
> |
if ((wt = movepixel(pos)) <= FTINY) { |
457 |
|
lasty[x].z = lastx.z = 0; /* mark invalid */ |
458 |
|
continue; |
459 |
|
} |
460 |
+ |
/* add pixel to our image */ |
461 |
|
newpos.x = pos[0] * hresolu; |
462 |
|
newpos.y = pos[1] * vresolu; |
463 |
|
newpos.z = zline[x]; |
464 |
< |
/* add pixel to our image */ |
465 |
< |
if (pos[0] >= 0 && newpos.x < hresolu |
466 |
< |
&& pos[1] >= 0 && newpos.y < vresolu) { |
467 |
< |
addpixel(&newpos, &lastx, &lasty[x], pline[x], pos[2]); |
433 |
< |
lasty[x].x = lastx.x = newpos.x; |
434 |
< |
lasty[x].y = lastx.y = newpos.y; |
435 |
< |
lasty[x].z = lastx.z = newpos.z; |
436 |
< |
} else |
437 |
< |
lasty[x].z = lastx.z = 0; /* mark invalid */ |
464 |
> |
addpixel(&newpos, &lastx, &lasty[x], pline[x], wt, pos[2]); |
465 |
> |
lasty[x].x = lastx.x = newpos.x; |
466 |
> |
lasty[x].y = lastx.y = newpos.y; |
467 |
> |
lasty[x].z = lastx.z = newpos.z; |
468 |
|
} |
469 |
|
} |
470 |
|
|
471 |
|
|
472 |
< |
addpixel(p0, p1, p2, pix, z) /* fill in pixel parallelogram */ |
472 |
> |
addpixel(p0, p1, p2, pix, w, z) /* fill in pixel parallelogram */ |
473 |
|
struct position *p0, *p1, *p2; |
474 |
|
COLR pix; |
475 |
+ |
double w; |
476 |
|
double z; |
477 |
|
{ |
478 |
|
double zt = 2.*zeps*p0->z; /* threshold */ |
479 |
+ |
COLOR pval; /* converted+weighted pixel */ |
480 |
|
int s1x, s1y, s2x, s2y; /* step sizes */ |
481 |
|
int l1, l2, c1, c2; /* side lengths and counters */ |
482 |
|
int p1isy; /* p0p1 along y? */ |
490 |
|
l1 = ABS(s1x); |
491 |
|
if (p1isy = (ABS(s1y) > l1)) |
492 |
|
l1 = ABS(s1y); |
493 |
+ |
else if (l1 < 1) |
494 |
+ |
l1 = 1; |
495 |
|
} else { |
496 |
|
l1 = s1x = s1y = 1; |
497 |
|
p1isy = -1; |
507 |
|
if (p1isy != 0 && ABS(s2x) > l2) |
508 |
|
l2 = ABS(s2x); |
509 |
|
} |
510 |
+ |
if (l2 < 1) |
511 |
+ |
l2 = 1; |
512 |
|
} else |
513 |
|
l2 = s2x = s2y = 1; |
514 |
|
/* fill the parallelogram */ |
515 |
+ |
if (averaging) { |
516 |
+ |
colr_color(pval, pix); |
517 |
+ |
scalecolor(pval, w); |
518 |
+ |
} |
519 |
|
for (c1 = l1; c1-- > 0; ) { |
520 |
|
x1 = p0->x + c1*s1x/l1; |
521 |
|
y1 = p0->y + c1*s1y/l1; |
526 |
|
y = y1 + c2*s2y/l2; |
527 |
|
if (y < 0 || y >= vresolu) |
528 |
|
continue; |
529 |
< |
if (zscan(y)[x] <= 0 || zscan(y)[x]-z |
529 |
> |
if (averaging) { |
530 |
> |
if (zscan(y)[x] <= 0 || zscan(y)[x]-z |
531 |
|
> zeps*zscan(y)[x]) { |
532 |
< |
zscan(y)[x] = z; |
532 |
> |
copycolor(sscan(y)[x], pval); |
533 |
> |
wscan(y)[x] = w; |
534 |
> |
zscan(y)[x] = z; |
535 |
> |
} else if (z-zscan(y)[x] <= zeps*zscan(y)[x]) { |
536 |
> |
addcolor(sscan(y)[x], pval); |
537 |
> |
wscan(y)[x] += w; |
538 |
> |
} |
539 |
> |
} else if (zscan(y)[x] <= 0 || zscan(y)[x]-z |
540 |
> |
> zeps*zscan(y)[x]) { |
541 |
|
copycolr(pscan(y)[x], pix); |
542 |
+ |
zscan(y)[x] = z; |
543 |
|
} |
544 |
|
} |
545 |
|
} |
546 |
|
} |
547 |
|
|
548 |
|
|
549 |
+ |
double |
550 |
+ |
movepixel(pos) /* reposition image point */ |
551 |
+ |
register FVECT pos; |
552 |
+ |
{ |
553 |
+ |
FVECT pt, tdir, odir; |
554 |
+ |
double d; |
555 |
+ |
register int i; |
556 |
+ |
|
557 |
+ |
if (pos[2] <= 0) /* empty pixel */ |
558 |
+ |
return(0); |
559 |
+ |
if (!averaging && hasmatrix) { |
560 |
+ |
pos[0] += theirview.hoff - .5; |
561 |
+ |
pos[1] += theirview.voff - .5; |
562 |
+ |
if (theirview.type == VT_PER) { |
563 |
+ |
if (normdist) /* adjust distance */ |
564 |
+ |
pos[2] /= sqrt(1. + pos[0]*pos[0]*theirview.hn2 |
565 |
+ |
+ pos[1]*pos[1]*theirview.vn2); |
566 |
+ |
pos[0] *= pos[2]; |
567 |
+ |
pos[1] *= pos[2]; |
568 |
+ |
} |
569 |
+ |
multp3(pos, pos, theirs2ours); |
570 |
+ |
if (pos[2] <= 0) |
571 |
+ |
return(0); |
572 |
+ |
if (ourview.type == VT_PER) { |
573 |
+ |
pos[0] /= pos[2]; |
574 |
+ |
pos[1] /= pos[2]; |
575 |
+ |
} |
576 |
+ |
pos[0] += .5 - ourview.hoff; |
577 |
+ |
pos[1] += .5 - ourview.voff; |
578 |
+ |
} else { |
579 |
+ |
if (viewray(pt, tdir, &theirview, pos[0], pos[1]) < -FTINY) |
580 |
+ |
return(0); |
581 |
+ |
if (!normdist && theirview.type == VT_PER) /* adjust */ |
582 |
+ |
pos[2] *= sqrt(1. + pos[0]*pos[0]*theirview.hn2 |
583 |
+ |
+ pos[1]*pos[1]*theirview.vn2); |
584 |
+ |
pt[0] += tdir[0]*pos[2]; |
585 |
+ |
pt[1] += tdir[1]*pos[2]; |
586 |
+ |
pt[2] += tdir[2]*pos[2]; |
587 |
+ |
viewloc(pos, &ourview, pt); |
588 |
+ |
if (pos[2] <= 0) |
589 |
+ |
return(0); |
590 |
+ |
} |
591 |
+ |
if (pos[0] < 0 || pos[0] >= 1-FTINY || pos[1] < 0 || pos[1] >= 1-FTINY) |
592 |
+ |
return(0); |
593 |
+ |
if (!averaging) |
594 |
+ |
return(1); |
595 |
+ |
if (ourview.type == VT_PAR) /* compute our direction */ |
596 |
+ |
VCOPY(odir, ourview.vdir); |
597 |
+ |
else |
598 |
+ |
for (i = 0; i < 3; i++) |
599 |
+ |
odir[i] = (pt[i] - ourview.vp[i])/pos[2]; |
600 |
+ |
d = DOT(odir,tdir); /* compute pixel weight */ |
601 |
+ |
if (d >= 1.-1./MAXWT/MAXWT) |
602 |
+ |
return(MAXWT); /* clip to maximum weight */ |
603 |
+ |
return(1./sqrt(1.-d)); |
604 |
+ |
} |
605 |
+ |
|
606 |
+ |
|
607 |
|
getperim(xl, yl, zline, zfd) /* compute overlapping image area */ |
608 |
|
register struct bound *xl; |
609 |
|
struct bound *yl; |
643 |
|
for (x = scanlen(&tresolu); (x -= step) > 0; ) { |
644 |
|
pix2loc(pos, &tresolu, x, y); |
645 |
|
pos[2] = zline[x]; |
646 |
< |
if (movepixel(pos) == 0 && pos[0] >= 0 && |
539 |
< |
pos[0] < 1 && pos[1] >= 0 && |
540 |
< |
pos[1] < 1) { |
646 |
> |
if (movepixel(pos) > FTINY) { |
647 |
|
xl[y].max = x + step - 1; |
648 |
|
xl[y].min = x - step + 1; /* x min */ |
649 |
|
if (xl[y].min < 0) |
651 |
|
for (x = step - 1; x < xl[y].max; x += step) { |
652 |
|
pix2loc(pos, &tresolu, x, y); |
653 |
|
pos[2] = zline[x]; |
654 |
< |
if (movepixel(pos) == 0 && |
549 |
< |
pos[0] >= 0 && |
550 |
< |
pos[0] < 1 && |
551 |
< |
pos[1] >= 0 && |
552 |
< |
pos[1] < 1) { |
654 |
> |
if (movepixel(pos) > FTINY) { |
655 |
|
xl[y].min = x - step + 1; |
656 |
|
break; |
657 |
|
} |
663 |
|
} |
664 |
|
} |
665 |
|
/* fill in between */ |
666 |
< |
if (xl[y].min < xl[y-step].min) |
666 |
> |
if (y < step) { |
667 |
|
xl[y-1].min = xl[y].min; |
566 |
– |
else |
567 |
– |
xl[y-1].min = xl[y-step].min; |
568 |
– |
if (xl[y].max > xl[y-step].max) |
668 |
|
xl[y-1].max = xl[y].max; |
669 |
< |
else |
670 |
< |
xl[y-1].max = xl[y-step].max; |
669 |
> |
} else { |
670 |
> |
if (xl[y].min < xl[y-step].min) |
671 |
> |
xl[y-1].min = xl[y].min; |
672 |
> |
else |
673 |
> |
xl[y-1].min = xl[y-step].min; |
674 |
> |
if (xl[y].max > xl[y-step].max) |
675 |
> |
xl[y-1].max = xl[y].max; |
676 |
> |
else |
677 |
> |
xl[y-1].max = xl[y-step].max; |
678 |
> |
} |
679 |
|
for (x = 2; x < step; x++) |
680 |
|
copystruct(xl+y-x, xl+y-1); |
681 |
|
} |
682 |
|
if (yl->max >= numscans(&tresolu)) |
683 |
|
yl->max = numscans(&tresolu) - 1; |
684 |
+ |
y -= step; |
685 |
|
for (x = numscans(&tresolu) - 1; x > y; x--) /* fill bottom rows */ |
686 |
|
copystruct(xl+x, xl+y); |
687 |
|
return(yl->max >= yl->min); |
688 |
|
} |
689 |
|
|
690 |
|
|
583 |
– |
movepixel(pos) /* reposition image point */ |
584 |
– |
FVECT pos; |
585 |
– |
{ |
586 |
– |
double d0, d1; |
587 |
– |
FVECT pt, direc; |
588 |
– |
|
589 |
– |
if (pos[2] <= 0) /* empty pixel */ |
590 |
– |
return(-1); |
591 |
– |
if (normdist && theirview.type == VT_PER) { /* adjust distance */ |
592 |
– |
d0 = pos[0] + theirview.hoff - .5; |
593 |
– |
d1 = pos[1] + theirview.voff - .5; |
594 |
– |
pos[2] /= sqrt(1. + d0*d0*theirview.hn2 + d1*d1*theirview.vn2); |
595 |
– |
} |
596 |
– |
if (hasmatrix) { |
597 |
– |
pos[0] += theirview.hoff - .5; |
598 |
– |
pos[1] += theirview.voff - .5; |
599 |
– |
if (theirview.type == VT_PER) { |
600 |
– |
pos[0] *= pos[2]; |
601 |
– |
pos[1] *= pos[2]; |
602 |
– |
} |
603 |
– |
multp3(pos, pos, theirs2ours); |
604 |
– |
if (pos[2] <= 0) |
605 |
– |
return(-1); |
606 |
– |
if (ourview.type == VT_PER) { |
607 |
– |
pos[0] /= pos[2]; |
608 |
– |
pos[1] /= pos[2]; |
609 |
– |
} |
610 |
– |
pos[0] += .5 - ourview.hoff; |
611 |
– |
pos[1] += .5 - ourview.voff; |
612 |
– |
return(0); |
613 |
– |
} |
614 |
– |
if (viewray(pt, direc, &theirview, pos[0], pos[1]) < -FTINY) |
615 |
– |
return(-1); |
616 |
– |
pt[0] += direc[0]*pos[2]; |
617 |
– |
pt[1] += direc[1]*pos[2]; |
618 |
– |
pt[2] += direc[2]*pos[2]; |
619 |
– |
viewloc(pos, &ourview, pt); |
620 |
– |
if (pos[2] <= 0) |
621 |
– |
return(-1); |
622 |
– |
return(0); |
623 |
– |
} |
624 |
– |
|
625 |
– |
|
691 |
|
backpicture(fill, samp) /* background fill algorithm */ |
692 |
|
int (*fill)(); |
693 |
|
int samp; |
758 |
|
< zscan(y)[xback] ) ) { |
759 |
|
if (samp > 0 && ABS(x-xback) >= samp) |
760 |
|
goto fillit; |
761 |
< |
copycolr(pscan(y)[x],pscan(y)[xback]); |
761 |
> |
if (averaging) { |
762 |
> |
copycolor(sscan(y)[x], |
763 |
> |
sscan(y)[xback]); |
764 |
> |
wscan(y)[x] = wscan(y)[xback]; |
765 |
> |
} else |
766 |
> |
copycolr(pscan(y)[x], |
767 |
> |
pscan(y)[xback]); |
768 |
|
zscan(y)[x] = zscan(y)[xback]; |
769 |
|
} else { |
770 |
|
if (samp > 0 && ABS(y-yback[x]) > samp) |
771 |
|
goto fillit; |
772 |
< |
copycolr(pscan(y)[x],pscan(yback[x])[x]); |
772 |
> |
if (averaging) { |
773 |
> |
copycolor(sscan(y)[x], |
774 |
> |
sscan(yback[x])[x]); |
775 |
> |
wscan(y)[x] = |
776 |
> |
wscan(yback[x])[x]; |
777 |
> |
} else |
778 |
> |
copycolr(pscan(y)[x], |
779 |
> |
pscan(yback[x])[x]); |
780 |
|
zscan(y)[x] = zscan(yback[x])[x]; |
781 |
|
} |
782 |
|
continue; |
832 |
|
sqrt(vx*vx*ourview.hn2 + yzn2)) |
833 |
|
continue; |
834 |
|
} |
835 |
< |
bzero(pscan(y)[x], sizeof(COLR)); |
835 |
> |
if (averaging) |
836 |
> |
bzero(sscan(y)[x], sizeof(COLOR)); |
837 |
> |
else |
838 |
> |
bzero(pscan(y)[x], sizeof(COLR)); |
839 |
|
zscan(y)[x] = 0.0; |
840 |
|
} |
841 |
|
} |
845 |
|
writepicture() /* write out picture */ |
846 |
|
{ |
847 |
|
int y; |
848 |
+ |
register int x; |
849 |
+ |
double d; |
850 |
|
|
851 |
|
fprtresolu(hresolu, vresolu, stdout); |
852 |
|
for (y = vresolu-1; y >= 0; y--) |
853 |
< |
if (fwritecolrs(pscan(y), hresolu, stdout) < 0) |
853 |
> |
if (averaging) { |
854 |
> |
for (x = 0; x < hresolu; x++) { /* average pixels */ |
855 |
> |
d = 1./wscan(y)[x]; |
856 |
> |
scalecolor(sscan(y)[x], d); |
857 |
> |
wscan(y)[x] = 1; |
858 |
> |
} |
859 |
> |
if (fwritescan(sscan(y), hresolu, stdout) < 0) |
860 |
> |
syserror(progname); |
861 |
> |
} else if (fwritecolrs(pscan(y), hresolu, stdout) < 0) |
862 |
|
syserror(progname); |
863 |
|
} |
864 |
|
|
899 |
|
} |
900 |
|
|
901 |
|
|
811 |
– |
isfloat(s) /* see if string is floating number */ |
812 |
– |
register char *s; |
813 |
– |
{ |
814 |
– |
for ( ; *s; s++) |
815 |
– |
if ((*s < '0' || *s > '9') && *s != '.' && *s != '-' |
816 |
– |
&& *s != 'e' && *s != 'E' && *s != '+') |
817 |
– |
return(0); |
818 |
– |
return(1); |
819 |
– |
} |
820 |
– |
|
821 |
– |
|
902 |
|
backfill(x, y) /* fill pixel with background */ |
903 |
|
int x, y; |
904 |
|
{ |
905 |
< |
register BYTE *dest = pscan(y)[x]; |
906 |
< |
|
907 |
< |
copycolr(dest, backcolr); |
905 |
> |
if (averaging) { |
906 |
> |
copycolor(sscan(y)[x], backcolor); |
907 |
> |
wscan(y)[x] = 1; |
908 |
> |
} else |
909 |
> |
copycolr(pscan(y)[x], backcolr); |
910 |
|
zscan(y)[x] = backz; |
911 |
|
} |
912 |
|
|
1006 |
|
fbp[1] *= ourexp; |
1007 |
|
fbp[2] *= ourexp; |
1008 |
|
} |
1009 |
< |
setcolr(pscan(queue[i][1])[queue[i][0]], |
1010 |
< |
fbp[0], fbp[1], fbp[2]); |
1009 |
> |
if (averaging) { |
1010 |
> |
setcolor(sscan(queue[i][1])[queue[i][0]], |
1011 |
> |
fbp[0], fbp[1], fbp[2]); |
1012 |
> |
wscan(queue[i][1])[queue[i][0]] = 1; |
1013 |
> |
} else |
1014 |
> |
setcolr(pscan(queue[i][1])[queue[i][0]], |
1015 |
> |
fbp[0], fbp[1], fbp[2]); |
1016 |
|
zscan(queue[i][1])[queue[i][0]] = fbp[3]; |
1017 |
|
fbp += 4; |
1018 |
|
} |