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Lines Matching refs:multiplier

160   /* The value of the term is EXPR * MULTIPLIER.  */
162   unsigned HOST_WIDE_INT multiplier;
423   if (a->multiplier != b->multiplier)
424     return a->multiplier < b->multiplier ? -1 : 1;
441       if (address.terms[i].multiplier != 1)
442 	dump_printf (flags, " * %wd", address.terms[i].multiplier);
459       hash.add_hwi (info->terms[i].multiplier);
480 	|| a->terms[i].multiplier != b->terms[i].multiplier)
703   return acceptable_multiplier_p (op, term.multiplier, &term.multiplier);
706 /* Decide whether an address fragment of the form STRIDE * MULTIPLIER
712 				       unsigned HOST_WIDE_INT multiplier)
743 	  /* See if EXPR * MULTIPLIER would be consistent with an individual
745 	  if (acceptable_multiplier_p (expr, multiplier))
819   term.inner_likelihood = get_inner_likelihood (stride, term.multiplier);
825      - The multiplier applied by TERM is equal to the access size,
842   if (term.multiplier == access_size
983   term.inner_likelihood = get_inner_likelihood (expr, term.multiplier);
986       inner_likelihood alt_l = get_inner_likelihood (alt, term.multiplier);
1163 /* Treat EXPR * MULTIPLIER + OFFSET as a fragment of an address that addresses
1171 					  unsigned HOST_WIDE_INT multiplier,
1184   /* Set up an address_info for EXPR * MULTIPLIER.  */
1192   address->terms[0].multiplier = multiplier;
1225 					  * address->terms[i].multiplier);
1259       && address->terms[0].multiplier == 1)
1289       if (multiplier != 1)
1290 	dump_printf (MSG_NOTE, " * %wd", multiplier);