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TimeSeries: fixed selftest for standard deviation (forum #38479 msg #1241878)

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git-svn-id: https://svn.fhem.de/fhem/trunk@27005 2b470e98-0d58-463d-a4d8-8e2adae1ed80
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jensb 2023-01-08 18:18:08 +00:00
parent c32e19e45d
commit 1b9de669ab
1 changed files with 105 additions and 101 deletions
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fhem/FHEM/TimeSeries.pm
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@ -47,6 +47,9 @@
# 17.10.2020 Boris Neubert # 17.10.2020 Boris Neubert
# modified: fix for calculation of standard deviation # modified: fix for calculation of standard deviation
# #
# 03.01.2023 Jens Beyer (jensb at forum dot fhem dot de)
# modified: fixed selftest for standard deviation
#
############################################################################## ##############################################################################
package TimeSeries; package TimeSeries;
@ -423,8 +426,9 @@ sub selftest() {
if ($tsb->{min} != 0.8) { $success = 0; main::Debug("unweighed block add test failed: min mismatch $tsb->{min}/0.8\n"); } if ($tsb->{min} != 0.8) { $success = 0; main::Debug("unweighed block add test failed: min mismatch $tsb->{min}/0.8\n"); }
if ($tsb->{max} != 1.2) { $success = 0; main::Debug("unweighed block add test failed: max mismatch $tsb->{max}/1.2\n"); } if ($tsb->{max} != 1.2) { $success = 0; main::Debug("unweighed block add test failed: max mismatch $tsb->{max}/1.2\n"); }
if ($tsb->{mean} != 1.0) { $success = 0; main::Debug("unweighed block add test failed: mean mismatch $tsb->{mean}/1.0\n"); } if ($tsb->{mean} != 1.0) { $success = 0; main::Debug("unweighed block add test failed: mean mismatch $tsb->{mean}/1.0\n"); }
if (!defined($tsb->{sd}) || $tsb->{sd} ne sqrt(0.13/2)) { $success = 0; main::Debug("unweighed block add test failed: sd mismatch $tsb->{sd}/0.254950975679639\n"); } if (!defined($tsb->{sd}) || $tsb->{sd} ne 0.2) { $success = 0; main::Debug("unweighed block add test failed: sd mismatch $tsb->{sd}/0.2\n"); }
if ($tsb->{integral} != 3.0) { $success = 0; main::Debug("unweighed block add test failed: sum mismatch $tsb->{integral}/3.0\n"); } if ($tsb->{integral} != 3.0) { $success = 0; main::Debug("unweighed block add test failed: sum mismatch $tsb->{integral}/3.0\n"); }
$tsb->add(3, 0.8); $tsb->add(3, 0.8);
$tsb->add(4, 1.2); $tsb->add(4, 1.2);
if ($tsb->{count} != 2) { $success = 0; main::Debug("unweighed block autoreset test failed: count mismatch $tsb->{count}/2\n"); } if ($tsb->{count} != 2) { $success = 0; main::Debug("unweighed block autoreset test failed: count mismatch $tsb->{count}/2\n"); }
@ -437,7 +441,7 @@ sub selftest() {
if ($tsb->{min} != 0.8) { $success = 0; main::Debug("unweighed block autoreset test failed: min mismatch $tsb->{min}/0.8\n"); } if ($tsb->{min} != 0.8) { $success = 0; main::Debug("unweighed block autoreset test failed: min mismatch $tsb->{min}/0.8\n"); }
if ($tsb->{max} != 1.2) { $success = 0; main::Debug("unweighed block autoreset test failed: max mismatch $tsb->{max}/1.2\n"); } if ($tsb->{max} != 1.2) { $success = 0; main::Debug("unweighed block autoreset test failed: max mismatch $tsb->{max}/1.2\n"); }
if ($tsb->{mean} != 1.0) { $success = 0; main::Debug("unweighed block autoreset test failed: mean mismatch $tsb->{mean}/1.0\n"); } if ($tsb->{mean} != 1.0) { $success = 0; main::Debug("unweighed block autoreset test failed: mean mismatch $tsb->{mean}/1.0\n"); }
if (!defined($tsb->{sd}) || $tsb->{sd} ne "0.4") { $success = 0; main::Debug("unweighed block autoreset test failed: sd mismatch $tsb->{sd}/0.4\n"); } if (!defined($tsb->{sd}) || $tsb->{sd} ne 0.282842712474619) { $success = 0; main::Debug("unweighed block autoreset test failed: sd mismatch $tsb->{sd}/0.282842712474619\n"); }
if ($tsb->{integral} != 2.0) { $success = 0; main::Debug("unweighed block autoreset test failed: sum mismatch $tsb->{integral}/2.0\n"); } if ($tsb->{integral} != 2.0) { $success = 0; main::Debug("unweighed block autoreset test failed: sum mismatch $tsb->{integral}/2.0\n"); }
$tsb->reset(); $tsb->reset();
@ -458,8 +462,8 @@ sub selftest() {
if ($tsb->{v} != 0.5) { $success = 0; main::Debug("const weighed block add test failed: last value mismatch $tsb->{v}/0.5\n"); } if ($tsb->{v} != 0.5) { $success = 0; main::Debug("const weighed block add test failed: last value mismatch $tsb->{v}/0.5\n"); }
if ($tsb->{min} != 0.5) { $success = 0; main::Debug("const weighed block add test failed: min mismatch $tsb->{min}/0.5\n"); } if ($tsb->{min} != 0.5) { $success = 0; main::Debug("const weighed block add test failed: min mismatch $tsb->{min}/0.5\n"); }
if ($tsb->{max} != 2.0) { $success = 0; main::Debug("const weighed block add test failed: max mismatch $tsb->{max}/2.0\n"); } if ($tsb->{max} != 2.0) { $success = 0; main::Debug("const weighed block add test failed: max mismatch $tsb->{max}/2.0\n"); }
if ($tsb->{mean} ne (2.5/1.5)) { $success = 0; main::Debug("const weighed block add test failed: mean mismatch $tsb->{mean}/1.66666666666667\n"); } if ($tsb->{mean} ne ((5.0/2)/(3.0/2))) { $success = 0; main::Debug("const weighed block add test failed: mean mismatch $tsb->{mean}/1.66666666666667\n"); }
if (!defined($tsb->{sd}) || $tsb->{sd} ne 2) { $success = 0; main::Debug("const weighed block add test failed: sd mismatch $tsb->{sd}/2\n"); } if (!defined($tsb->{sd}) || $tsb->{sd} ne 1.41421356237309) { $success = 0; main::Debug("const weighed block add test failed: sd mismatch $tsb->{sd}/1.41421356237309\n"); }
if ($tsb->{integral} != 5.0) { $success = 0; main::Debug("const weighed block add test failed: sum mismatch $tsb->{integral}/5.0\n"); } if ($tsb->{integral} != 5.0) { $success = 0; main::Debug("const weighed block add test failed: sum mismatch $tsb->{integral}/5.0\n"); }
# moving operation tests # moving operation tests
@ -478,7 +482,7 @@ sub selftest() {
if ($tsm->{min} != 0.8) { $success = 0; main::Debug("unweighed moving add test failed: min mismatch $tsm->{min}/0.8\n"); } if ($tsm->{min} != 0.8) { $success = 0; main::Debug("unweighed moving add test failed: min mismatch $tsm->{min}/0.8\n"); }
if ($tsm->{max} != 1.2) { $success = 0; main::Debug("unweighed moving add test failed: max mismatch $tsm->{max}/1.2\n"); } if ($tsm->{max} != 1.2) { $success = 0; main::Debug("unweighed moving add test failed: max mismatch $tsm->{max}/1.2\n"); }
if ($tsm->{mean} != 1.0) { $success = 0; main::Debug("unweighed moving add test failed: mean mismatch $tsm->{mean}/1.0\n"); } if ($tsm->{mean} != 1.0) { $success = 0; main::Debug("unweighed moving add test failed: mean mismatch $tsm->{mean}/1.0\n"); }
if (!defined($tsm->{sd}) || $tsm->{sd} ne sqrt(0.13/2)) { $success = 0; main::Debug("unweighed moving add test failed: sd mismatch $tsm->{sd}/0.254950975679639\n"); } if (!defined($tsm->{sd}) || $tsm->{sd} ne 0.2) { $success = 0; main::Debug("unweighed moving add test failed: sd mismatch $tsm->{sd}/0.2\n"); }
if ($tsm->{integral} != 3.0) { $success = 0; main::Debug("unweighed moving add test failed: sum mismatch $tsm->{integral}/3.0\n"); } if ($tsm->{integral} != 3.0) { $success = 0; main::Debug("unweighed moving add test failed: sum mismatch $tsm->{integral}/3.0\n"); }
if ($tsm->{median} != 1.0) { $success = 0; main::Debug("unweighed moving add test failed: median mismatch $tsm->{median}/1.0\n"); } if ($tsm->{median} != 1.0) { $success = 0; main::Debug("unweighed moving add test failed: median mismatch $tsm->{median}/1.0\n"); }
sleep(3); sleep(3);
@ -494,7 +498,7 @@ sub selftest() {
if ($tsm->{min} != 0.8) { $success = 0; main::Debug("unweighed moving holdTime test failed: min mismatch $tsm->{min}/0.8\n"); } if ($tsm->{min} != 0.8) { $success = 0; main::Debug("unweighed moving holdTime test failed: min mismatch $tsm->{min}/0.8\n"); }
if ($tsm->{max} != 1.2) { $success = 0; main::Debug("unweighed moving holdTime test failed: max mismatch $tsm->{max}/1.2\n"); } if ($tsm->{max} != 1.2) { $success = 0; main::Debug("unweighed moving holdTime test failed: max mismatch $tsm->{max}/1.2\n"); }
if ($tsm->{mean} != 1.0) { $success = 0; main::Debug("unweighed moving holdTime test failed: mean mismatch $tsm->{mean}/1.0\n"); } if ($tsm->{mean} != 1.0) { $success = 0; main::Debug("unweighed moving holdTime test failed: mean mismatch $tsm->{mean}/1.0\n"); }
if (!defined($tsm->{sd}) || $tsm->{sd} ne sqrt(0.13/2)) { $success = 0; main::Debug("unweighed moving holdTime test failed: sd mismatch $tsm->{sd}/0.254950975679639\n"); } if (!defined($tsm->{sd}) || $tsm->{sd} ne 0.2) { $success = 0; main::Debug("unweighed moving holdTime test failed: sd mismatch $tsm->{sd}/0.2\n"); }
if ($tsm->{integral} != 3.0) { $success = 0; main::Debug("unweighed moving holdTime test failed: sum mismatch $tsm->{integral}/3.0\n"); } if ($tsm->{integral} != 3.0) { $success = 0; main::Debug("unweighed moving holdTime test failed: sum mismatch $tsm->{integral}/3.0\n"); }
if ($tsm->{median} != 1.0) { $success = 0; main::Debug("unweighed block autoreset test failed: median mismatch $tsm->{median}/1.0\n"); } if ($tsm->{median} != 1.0) { $success = 0; main::Debug("unweighed block autoreset test failed: median mismatch $tsm->{median}/1.0\n"); }
@ -515,7 +519,7 @@ sub selftest() {
if ($tsm->{min} != -1.0) { $success = 0; main::Debug("const weighed moving add test 1 failed: min mismatch $tsm->{min}/-1.0\n"); } if ($tsm->{min} != -1.0) { $success = 0; main::Debug("const weighed moving add test 1 failed: min mismatch $tsm->{min}/-1.0\n"); }
if ($tsm->{max} != 2.0) { $success = 0; main::Debug("const weighed moving add test 1 failed: max mismatch $tsm->{max}/2.0\n"); } if ($tsm->{max} != 2.0) { $success = 0; main::Debug("const weighed moving add test 1 failed: max mismatch $tsm->{max}/2.0\n"); }
if ($tsm->{mean} ne (2.5/1.5)) { $success = 0; main::Debug("const weighed moving add test 1 failed: mean mismatch $tsm->{mean}/1.66666666666667\n"); } if ($tsm->{mean} ne (2.5/1.5)) { $success = 0; main::Debug("const weighed moving add test 1 failed: mean mismatch $tsm->{mean}/1.66666666666667\n"); }
if (!defined($tsm->{sd}) || $tsm->{sd} ne 2) { $success = 0; main::Debug("const weighed moving add test 1 failed: sd mismatch $tsm->{sd}/2\n"); } if (!defined($tsm->{sd}) || $tsm->{sd} ne 1.41421356237309) { $success = 0; main::Debug("const weighed moving add test 1 failed: sd mismatch $tsm->{sd}/1.41421356237309\n"); }
if ($tsm->{integral} != 5.0) { $success = 0; main::Debug("const weighed moving add test 1 failed: sum mismatch $tsm->{integral}/5.0\n"); } if ($tsm->{integral} != 5.0) { $success = 0; main::Debug("const weighed moving add test 1 failed: sum mismatch $tsm->{integral}/5.0\n"); }
$tsm->add($now, 0.5); $tsm->add($now, 0.5);
if ($tsm->{count} != 4) { $success = 0; main::Debug("const weighed moving add test 2 failed: count mismatch $tsm->{count}/4\n"); } if ($tsm->{count} != 4) { $success = 0; main::Debug("const weighed moving add test 2 failed: count mismatch $tsm->{count}/4\n"); }
@ -528,7 +532,7 @@ sub selftest() {
if ($tsm->{min} != -1.0) { $success = 0; main::Debug("const weighed moving add test 2 failed: min mismatch $tsm->{min}/-1.0\n"); } if ($tsm->{min} != -1.0) { $success = 0; main::Debug("const weighed moving add test 2 failed: min mismatch $tsm->{min}/-1.0\n"); }
if ($tsm->{max} != 2.0) { $success = 0; main::Debug("const weighed moving add test 2 failed: max mismatch $tsm->{max}/2.0\n"); } if ($tsm->{max} != 2.0) { $success = 0; main::Debug("const weighed moving add test 2 failed: max mismatch $tsm->{max}/2.0\n"); }
if ($tsm->{mean} != 1) { $success = 0; main::Debug("const weighed moving add test 2 failed: mean mismatch $tsm->{mean}/1\n"); } if ($tsm->{mean} != 1) { $success = 0; main::Debug("const weighed moving add test 2 failed: mean mismatch $tsm->{mean}/1\n"); }
if (!defined($tsm->{sd}) || $tsm->{sd} ne sqrt(21.25/2)*3/4) { $success = 0; main::Debug("const weighed moving add test 2 failed: sd mismatch $tsm->{sd}/2.44470090195099\n"); } if (!defined($tsm->{sd}) || $tsm->{sd} ne 1.88745860881769) { $success = 0; main::Debug("const weighed moving add test 2 failed: sd mismatch $tsm->{sd}/1.88745860881769\n"); }
if ($tsm->{integral} != 4.0) { $success = 0; main::Debug("const weighed moving add test 2 failed: sum mismatch $tsm->{integral}/4.0\n"); } if ($tsm->{integral} != 4.0) { $success = 0; main::Debug("const weighed moving add test 2 failed: sum mismatch $tsm->{integral}/4.0\n"); }
# get value tests # get value tests
@ -563,7 +567,7 @@ B<TimeSeries> is a perl module to feed time/value data points and get some stati
); );
Mean, standard deviation and integral calculation also depends on the property method. You may choose from Mean, standard deviation and integral calculation also depends on the property method. You may choose from
none (no time weighting), const (time weighted, step) or linear (time weighted, linear interpolation). "none" (no time weighting), "const" (time weighted, step) or "linear" (time weighted, linear interpolation).
The statistics may be reset manually using The statistics may be reset manually using
$ts->reset(); $ts->reset();
@ -575,9 +579,9 @@ B<TimeSeries> is a perl module to feed time/value data points and get some stati
re-evaluated each time a data point is added. Note that this may require significant amounts re-evaluated each time a data point is added. Note that this may require significant amounts
of memory depending on the sample rate and the holdTime. of memory depending on the sample rate and the holdTime.
If method is none and holdtime is defined then the median of the values will be calculated additionally. If method is "none" and holdTime is defined then the median of the values will be calculated additionally.
It is also possible to define autoreset and holdtime at the same time. In this case the data buffer It is also possible to define autoreset and holdTime at the same time. In this case the data buffer
is enabled and will be cleared each time an autoreset occurs, independent of the value of holdtime. is enabled and will be cleared each time an autoreset occurs, independent of the value of holdTime.
=cut =cut