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#X obj 14 208 doc_ii 0;
#X obj 97 208 doc_m i0 bang;
#X obj 97 291 doc_m i0 detailed;
#X obj 97 335 doc_m i0 mode;
#X obj 97 467 doc_m i0 period;
#X obj 3 521 doc_o 1;
#X obj 14 551 doc_oo 0;
#X obj 97 551 doc_m o0 float;
#X obj 97 573 doc_m o0 list;
#X text 232 423 "logical" uses [timer];
#X text 232 445 "process" uses [cputime];
#X text 232 401 "cpu" uses [tsctime];
#X text 232 335 "real" uses [realtime];
#X text 232 357 "user" uses [usertime];
#X text 232 379 "system" uses [systemtime];
#X obj 3 666 doc_also;
#X obj 103 666 realtime;
#X obj 163 666 usertime;
#X obj 223 666 systemtime;
#X obj 295 666 tsctime;
#X obj 349 666 timer;
#X obj 391 666 cputime;
#X text 232 208 Times at which bangs are received are stored until
a large enough sample of those is accumulated. Large enough is defined
to be whenever the timespan exceeds one second. Then a report is made
through the outlet.;
#X text 232 489 exceptionally \, anything else gets ignored.;
#X text 232 551 (terse) this is the messages-per-second rating.;
#X text 232 573 (detailed) this is: messages-per-second \, followed
by five values of milliseconds-per-message: minimum \, median \, maximum
\, average \, standard deviation.;
#X text 232 621 (the average happens to be simply 1000 divided by the
messages-per-second \, but it is convenient to have it anyway);
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#X obj 97 489 doc_m i0 <any>;
#X text 232 146 "detailed": see outlet 0 list;
#X text 232 124 "terse": see outlet 0 float;
#X text 232 313 1: same as arg 0 detailed;
#X text 232 291 0: same as arg 0 terse;
#X text 232 467 minimum time between updates;
#X text 185 52 measures frames per second... or bangs per second in
general;
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