             args.d_excell_idx, args.d_excell_size, args.excli,
             args.d_nlist, args.d_nneigh, args.maxn, args.d_counters+idev*args.counters_pitch, args.num_types,
             args.box, args.ghost_width, args.cell_dim, args.ci, args.N + args.N_ghost, args.N, args.d_check_overlaps,
-            args.overlap_idx, args.d_update_order_by_ptl, params,
+            args.overlap_idx, params,
             args.d_overflow, max_extra_bytes, max_queue_size, range.first, nwork);
         }
     }

                           const unsigned int N_new,
                           const unsigned int *d_check_overlaps,
                           const Index2D overlap_idx,
                           const unsigned int *d_update_order_by_ptl,
                           const typename Shape::param_type *d_params,
                           unsigned int *d_overflow,
                           const unsigned int max_extra_bytes,


    unsigned int i_dep = group_size*group+offset;

    while (s_adding_depletants)
        {
        while (s_depletant_queue_size < max_depletant_queue_size && i_dep < n_depletants)
            {
