--- ray/src/hd/rholo2.c	1998/11/23 17:50:26	3.14
+++ ray/src/hd/rholo2.c	1998/11/23 18:17:53	3.15
@@ -14,66 +14,25 @@ static char SCCSid[] = "$SunId$ SGI";
 
 
 packrays(rod, p)		/* pack ray origins and directions */
-float	*rod;
+register float	*rod;
 register PACKET	*p;
 {
-	static int	nmh = 0;
-	static int	*mhtab;
-	FVECT	ro, rd;
-	register BEAM	*bp;
+	static FVECT	ro, rd;
 	GCOORD	gc[2];
-	int	ila[4], offset;
+	int	ila[2], hsh;
 	double	d, sl[4];
-	register int	i, j, k;
+	register int	i;
 
 	if (!hdbcoord(gc, hdlist[p->hd], p->bi))
 		error(CONSISTENCY, "bad beam index in packrays");
-							/* uniqueness hash */
-	if ((bp = hdgetbeam(hdlist[p->hd], p->bi)) != NULL) {
-		if (2*bp->nrm > nmh) {
-			if (nmh) free((char *)mhtab);
-			nmh = 2*bp->nrm + 1;
-			mhtab = (int *)malloc(nmh*sizeof(int));
-			if (mhtab == NULL)
-				error(SYSTEM, "out of memory in packrays");
-		}
-		for (k = nmh; k--; )
-			mhtab[k] = -1;
-		for (i = bp->nrm; i--; ) {
-			ila[0] = hdbray(bp)[i].r[0][0];
-			ila[1] = hdbray(bp)[i].r[0][1];
-			ila[2] = hdbray(bp)[i].r[1][0];
-			ila[3] = hdbray(bp)[i].r[1][1];
-			for (k = ilhash(ila,4); mhtab[k%nmh] >= 0; k++)
-				;
-			mhtab[k%nmh] = i;
-		}
-	}
-							/* init each ray */
 	ila[0] = p->hd; ila[1] = p->bi;
-	offset = ilhash(ila,2) + p->nc;
+	hsh = ilhash(ila,2) + p->nc;
 	for (i = 0; i < p->nr; i++) {
-		do {					/* next unique ray */
-			multisamp(sl, 4, urand(offset+i));
-			p->ra[i].r[0][0] = ila[0] = sl[0] * 256.;
-			p->ra[i].r[0][1] = ila[1] = sl[1] * 256.;
-			p->ra[i].r[1][0] = ila[2] = sl[2] * 256.;
-			p->ra[i].r[1][1] = ila[3] = sl[3] * 256.;
-			if (bp == NULL)
-				break;
-			for (k = ilhash(ila,4); (j = mhtab[k%nmh]) >= 0; k++)
-				if (hdbray(bp)[j].r[0][0] ==
-							p->ra[i].r[0][0] &&
-						hdbray(bp)[j].r[0][1] ==
-							p->ra[i].r[0][1] &&
-						hdbray(bp)[j].r[1][0] ==
-							p->ra[i].r[1][0] &&
-						hdbray(bp)[j].r[1][1] ==
-							p->ra[i].r[1][1]) {
-					offset += bp->nrm - j;
-					break;
-				}
-		} while (j >= 0);
+		multisamp(sl, 4, urand(hsh+i));
+		p->ra[i].r[0][0] = sl[0] * 256.;
+		p->ra[i].r[0][1] = sl[1] * 256.;
+		p->ra[i].r[1][0] = sl[2] * 256.;
+		p->ra[i].r[1][1] = sl[3] * 256.;
 		d = hdray(ro, rd, hdlist[p->hd], gc, p->ra[i].r);
 		if (!vdef(OBSTRUCTIONS))
 			d *= frandom();			/* random offset */