anchor.diff:                                ++ "/" ++ io_lib:write(element(3, CFun));
                         false -> io_lib:write(CFun)
                     end,
  +              FunRTime = if 0.004 > (100.0 - Idle) ->
  +                                 case L > 1 of
  +                                     true -> 100.0 / (L-1);
  +                                     false -> 100.0
  +                                 end;
  +                            true -> CPUUsage * 100.0 / (100.0 - Idle)
  +                         end,
                 io:format("~11w ~-35s ~6.2f~n",
  -                        [element(1, PlotPid), CFunString, CPUUsage ])
  +                        [element(1, PlotPid), CFunString, FunRTime ])
             end
             || {PlotPid, _Status, _MQLen, CPUUsage, _MemUsage}
  -                 <- lists:reverse(PlotThese)],
  +                 <- lists:reverse(PlotThese), not_running =/= element(2, PlotPid)],
       util:for_to(1, Lines - SkipLines - length(PlotThese),
                   fun(_) -> io:format("~n") end),
       usage_inspect(),
  -    msg_delay:send_local(2, self(), {output_pid, Pid}),
  +    msg_delay:send_local(4, self(), {output_pid, Pid}),
       S1 = set_counter(State, 0),
       set_timestamp(S1, os:timestamp());
   
  
positive.code:                     undefined ->
                          case pid_groups:find_all(InspectPidAtom) of
                              [Pid] -> Pid;
                              Pids ->
                                  io:format("Which of the ~ps do you mean?~n",
                                            [InspectPidAtom]),
                                  lists:foldl(
  
negative.code:               [readable_status(
                   process_info_get(Infos, status, dead_pid)),
                 process_info_get(Infos, message_queueu_len, 0),
                 erlang:get(current_function)
                ]),
      io:format("FPS: ~.1f~n", [Count / Delay]),
  
      io:format("~11s ~-35s ~6s~n",
                [ "PID", "FUNCTION", "%RTIME"]),
      _ = [ begin
                CFun = element(2, PlotPid),
                CFunString =
  