human
Solve the following python programming problem given the following code:
@ staticmethod 
def merge_profile(prof1, prof2) : 
    local_optimizers = OrderedSet (prof1 [0].get_local_optimizers ()).union (prof2 [0].get_local_optimizers ()) 
    global_optimizers = OrderedSet (prof1 [0].global_optimizers).union (prof2 [0].global_optimizers) 
    if ((len (prof1 [0].final_optimizers) > 0) or (len (prof2 [0].final_optimizers) > 0)) : 
        final_optimizers = OrderedSet (prof1 [0].final_optimizers).union (prof2 [0].final_optimizers) 
else : 
        final_optimizers = None 
if ((len (prof1 [0].cleanup_optimizers) > 0) or (len (prof2 [0].cleanup_optimizers) > 0)) : 
        cleanup_optimizers = OrderedSet (prof1 [0].cleanup_optimizers).union (prof2 [0].cleanup_optimizers) 
else : 
        cleanup_optimizers = None 
new_opt = EquilibriumOptimizer (local_optimizers.union (global_optimizers), max_use_ratio = 1, final_optimizers = final_optimizers, cleanup_optimizers = cleanup_optimizers) 
    def merge_list(l1, l2) : 
        l = copy.copy (l1) 
        for (idx, nb) in enumerate (l2) : 
            if (idx < len (l)) : 
                l [idx] += nb 
else : 
                l.append (nb) 
return l 
loop_timing = merge_list (prof1 [1], prof2 [1]) 
    loop_process_count = list (prof1 [2]) 
    for i in range (min (len (loop_process_count), len (prof2 [2]))) : 
        process_count = loop_process_count [i] 
        for (process, count) in iteritems (prof2 [2] [i]) : 
            if (process in process_count) : 
                process_count [process] += count 
else : 
                process_count [process] = count 
loop_process_count.extend (prof2 [2] [len (loop_process_count) :]) 
    max_nb_nodes = max (prof1 [3], prof2 [3]) 
    global_opt_timing = merge_list (prof1 [4], prof2 [4]) 
    nb_nodes = merge_list (prof1 [5], prof2 [5]) 
    time_opts = merge_dict (prof1 [6], prof2 [6]) 
    io_toposort_timing = merge_list (prof1 [7], prof2 [7]) 
    assert (len (loop_timing) == len (global_opt_timing) == len (io_toposort_timing) == len (nb_nodes)) 
    assert (len (loop_timing) == max (len...

    
    

    Fix the buggy line: return (new_opt, loop_timing, loop_process_count, max_nb_nodes, global_opt_timing, nb_nodes, time_opts, io_toposort_timing, node_created, global_sub_profs, loop_process_count, cleanup_sub_profs)
assistant
#Here is Python code to fix the buggy line: return (new_opt, loop_timing, loop_process_count, max_nb_nodes, global_opt_timing, nb_nodes, time_opts, io_toposort_timing, node_created, global_sub_profs, loop_process_count, cleanup_sub_profs)
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return (new_opt, loop_timing, loop_process_count, max_nb_nodes, global_opt_timing, nb_nodes, time_opts, io_toposort_timing, node_created, global_sub_profs, final_sub_profs, cleanup_sub_profs)