Some quick observations:
-the low-frequency permanent lines are not visible, see fig 1. They might have been off or too low. They also seem to fall in a forest of the angular dither lines generated in the DSPs (which still have to be lowered).
-the medium and high frequency calibration lines on the mirrors, and lines on the LSC degrees of freedom are mostly well visible, see fig 2.
-at high frequency (fig 3), the lines used for the LVDTs of SDB1 can be clearly seen, as are the (aliased) lines used to drive the PZT of the OMCs.
Indeed, the "low frequency calibration lines" are not yet sent : their frequencies were not yet choosen carefully, and they will be useful mainly for monitoring of hrec and marionette actuation monitoring which is not yet measured.
Running Bas' script yesterday, there was a configuration file which could not be properly decoded. The part of the script which was crashing was inserted inside a
try:
(...)
except:
block to protect the code. The updated script is attached to this entry.
QC_MONITOR * Lights "mean(INF..MCB_TUNNEL_LUX,100)<10000" "MC tunnel lights could be ON" "* <100" "MC tunnel lights could be ON"
QC_MONITOR * Lights "mean(INF..IER_LUX,100)>150" "Injection Electronic room lights could be OFF" "* <=== something missing here
#QC_MONITOR * Lights "mean(INF..IER_LUX,100)<10000" "Injection Electronic room lights could be ON" "* <200" "Injection Electronic room lights could be ON"
QC_MONITOR * Lights "mean(INF..EER_LUX,100)<10000" "EE room could be ON" "* <100" "EE room lights could be ON"
The configuration file of the InfraMoni process has been corrected (there was a "*" in excess) and process restarted at around 12 UTC.
Thanks to Bas for having pointed out the typo.
here attached is the latest version of Bas' code: added "try, catch" statement to avoid the script to stop on missing .cfg files