I have made a filters file for LHO that includes the corrections made by Evan G. and Jeff K. (see https://alog.ligo-wa.caltech.edu/aLOG/index.php?callRep=32329 ). The filters were made using revision #3929 of the calibration SVN and can be found here:
/ligo/svncommon/CalSVN/aligocalibration/trunk/Runs/O2/GDSFilters/H1GDS_1165269650.npz

The parameters used to make these filters are:
/ligo/svncommon/CalSVN/aligocalibration/trunk/Runs/ER10/Common/params/IFOindepParams.conf
/ligo/svncommon/CalSVN/aligocalibration/trunk/Runs/ER10/H1/params/H1params.conf
/ligo/svncommon/CalSVN/aligocalibration/trunk/Runs/ER10/H1/params/2016-11-12/H1params_2016-11-12.conf
/ligo/svncommon/CalSVN/aligocalibration/trunk/Runs/O2/H1/params/H1_TDparams_1165269650.conf
/ligo/svncommon/CalSVN/aligocalibration/trunk/Runs/ER10/H1/Scripts/CAL_EPICS/D20161122_H1_CAL_EPICS_VALUES.m

Several plots are attached:
1) h(f) spectrum from CAL-CS and GDS 
2) Ratio of spectra (GDS / CAL-CS)
3) Residual correction filter
4) Control correction filter

https://alog.ligo-wa.caltech.edu/aLOG/index.php?callRep=32329

Ops Shift Transition: 12/09/2016, Day Shift 16:00 – 00:00 (08:00 - 16:00) -  UTC (PT)

TITLE: 12/09 Owl Shift: 08:00-16:00 UTC (00:00-08:00 PST), all times posted in UTC
STATE of H1: Observing at 72.1525Mpc
INCOMING OPERATOR: Jeff
SHIFT SUMMARY: Troubles with PI, seem to be handled now.
LOG:

Had troubles with PI that kept breaking lock as the IFO heated up, required modifying some filters, but it seems stable now.

There is a pending PI guardian change that still needs to be loaded, but I didn't want to knock us out of observing, I've told Jeff.

The load on the DCS detchar box became very high again, preventing the generation of the H1 Det Char Summary Pages. See alog: 32380. I've rebooted the detchar box and sent out emails. The summary pages should begin to catch up again, though this will take a little while.

Getting to NLN tonight hasn't been a problem so far, but there seem to be a forest of features at 18khz that are upset, and I don't see any filters to handle them. Attached spectra are from the current lock stretch (blue) and the 2 hour lock from 23 hours ago. The features around 18040 hz have been the most problematic, maybe the current bandpasses are good for some of the peaks in that region, but not others? The peak at 18038.5 has been the worst, none of the  filters seem to do any good. So far I've had the best luck using a gain of 1000 on Mode 27, but .....

And before I could hit post 18038.5 rang up and broke the lock.

TITLE: 12/09 Eve Shift: 00:00-08:00 UTC (16:00-00:00 PST), all times posted in UTC
STATE of H1: Lock Acquisition
INCOMING OPERATOR: Jim
SHIFT SUMMARY:  A bit of an extended recovery from the EQs led to a late shift lock.  Lost lock just before the shift ended due to PI modes ringing up while I was using the facilities.
LOG:

See previous logs for most of the story.

7:57 Lock loss.

 

I sent an email to detchar@sympa.ligo.org this time (vs. detchar@ligo.org).

After a bit of a battle with bounce/roll modes, we have made it back to NLN and Observing.

EvanG, RickS

The HWinj schedule file on h1hwinj1 was updated as well as the Inspiral directory.

The Schedule file was loaded in the Guardian. (by Travis in the control room).

The HF Pcal line at Xend was stopped at 6:41 UTC (by Travis in the control room).

Six CBC injections are schedule to go in tomorrow morning, starting at 6 AM PST and separated by 70 minutes.

We will want to restart the Pcal line at Xend when the injections are finished, around noon tomorrow (Friday).

I ran through IA twice because by the time I finished the first round, the arms had drifted off enough that ALS wouldn't lock.  The second time seems to have gone better as we are now past DRMI.

The earth has calmed down enough to start relocking finally.  I am struggling through IA since everything was way out of whack following the EQs.

Beverly, Terra, Young-Kim

Full results from the DQ shift may be found here.

• During the shift, the combined duty cycle was 68.5%.
• The range was typically 70 +/- 5 Mpc except for 6 Dec when the range dropped below 60 Mpc after (about) 13:00.
• Excess noise appeared daily at about 13:00 - 14:00 UT in the. 50 - 100 Hz band. Glitches during this period found by hVeto seem to confirm that the cause is seismic. The timing of the excess noise is correlated with a bump in the 10 - 30 Hz BLRMS and appears to be caused by heavy vehicle traffic on Route 10 from 5:00 - 6:00 PST.
• All locks had features seen before: glitching in a band around 1083 Hz, strong bounce and roll mode ring-up at the start of each lock, and ring-up of the violin mode fundamental at the start of most locks.
• The 1083 Hz glitches remain a problem for burst searches. While hVeto often has rounds that find them, precise analysis of glitch times shows failure to line up with glitches in the apparently correlated channels. Thus, the cause remains a mystery.

   Posted are the plots for the CPS Sensor Spectra. 

We have a diagnostic setup at BSC8 that we need to run for several consecutive days.  This setup utilizes rotating shaft vacuum pumps that have the potential of effecting the IFO data.  Prior to the start of O2, we had Robert S. monitor the IFO signal(s) while it was locked and in "Low Noise" both with the pumps on and also off, i.e. we did "on/off" tests (see alog entry 31802).  Additionally, and on more than one occasion, we had ran these for several consecutive days during which the IFO experienced long lock stretches at good sensitivity.  As such, we were hoping that someone could examine the pertinent IFO data during the following two time segments to look for any evidence of these pumps running.  In both cases, the pumps in question were running continuously:  


November 24th, 0230 UTC to November 29th, 1800 UTC and

December 5th, 1900 UTC to December 7th, 0035 UTC.