295        *       inclusive = src OP exclusive;  in lower_instr()
296        *       reduce = inclusive;  in lower_instr()
329       struct ir3_register *inclusive = instr->dsts[1];  in lower_instr()  local
334       do_reduce(exit, instr->cat1.reduce_op, inclusive, src, exclusive);  in lower_instr()
335       mov_reg(exit, reduce, inclusive);  in lower_instr()
343        *    inclusive = inclusive_src OP scratch;  in lower_instr()
350        *       reduce = inclusive;  in lower_instr()
375       struct ir3_register *inclusive = instr->dsts[1];  in lower_instr()  local
379        *  - inclusive = inclusive_src OP reduce  in lower_instr()
389        *    - since we calculate inclusive first.  in lower_instr()
390        *  - inclusive otherwise.  in lower_instr()
397       do_reduce(body, instr->cat1.reduce_op, inclusive, inclusive_src, scratch);  in lower_instr()
407       mov_reg(store, reduce, inclusive);  in lower_instr()
572 foreach_cluster(nir_builder *b, nir_op op, nir_def *inclusive,  in foreach_cluster()  argument
581     *       cluster_val = reduce(inclusive);  in foreach_cluster()
592       b->impl, glsl_type_for_def(inclusive), "cluster_val");  in foreach_cluster()
601          nir_def *reduced = reduce(b, op, inclusive);  in foreach_cluster()
640    nir_def *inclusive = intrin->src[0].ssa;  in lower_scan_reduce()  local
664       nir_def *brcst = nir_brcst_active_ir3(b, ident, inclusive,  in lower_scan_reduce()
666       inclusive = nir_build_alu2(b, op, inclusive, brcst);  in lower_scan_reduce()
678          return nir_reduce_clusters_ir3(b, inclusive, .reduction_op = op);  in lower_scan_reduce()
685          return foreach_cluster(b, op, inclusive, cluster_size, read_last);  in lower_scan_reduce()
689          return foreach_cluster(b, op, inclusive, cluster_size,  in lower_scan_reduce()
693       return nir_inclusive_scan_clusters_ir3(b, inclusive, .reduction_op = op);  in lower_scan_reduce()
695       return nir_exclusive_scan_clusters_ir3(b, inclusive, exclusive,  in lower_scan_reduce()