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| * Run, for example, {{{ > python make15minSegment.py -m -d 2022-11-09 }}} |
* Run, for example, `> python make15minSegment.py -m -d 2022-11-09` |
Reference
Environment setting
If you need to install from scratch, https://computing.docs.ligo.org/conda/ will be helpful. Error happens with igwn-py38. ligo-summary-3.7 is OK.
In Kashiwa, m31
- Environment
> source /gpfs/sw/conda/etc/profile.d/conda.sh > conda activate igwn-py39-20220707
(Warning!: Hveto does not work properly for the latest one, igwn-py39-202201102. Below, igwn-py39-202200707 was used.)
- Create segment lists (ongoing)
Scripts are here /home/detchar/git/kagra-detchar/tools/Segments/Script/ or Scripts (GitHub).
Run, for example, > python make15minSegment.py -m -d 2022-11-09
Outputs are xml and txt files stored under /home/detchar/Segments/.
See K1-GRD_LOCKED for the locked segments.
- Run Omicron
Scripts are here /home/detchar/git/kagra-detchar/tools/Omicron/Script/or GitHub.
Cache files are here /home/detchar/cache/Cache_GPS/. Use the Virgo format, ffl.
manual_segment_kashiwa.sh
mvtoK1.sh
The output trigger files should be stored in /home/detchar/triggers/K1.
- Run Hveto
In Kamioka, k1det0
> source /cvmfs/oasis.opensciencegrid.org/ligo/sw/conda/etc/profile.d/conda.sh > conda activate igwn-py38
> conda activate ligo-summary-3.7
Manual script
Script for kashiwa server
https://github.com/gw-detchar/tools/blob/master/Hveto/Script/hveto_O3GK_arg.sh
Usage
> ./hveto_O3GK_arg.sh 2020-04-10 > log.dat 2>&1
Important parameters
- SEGMENTFILE : Now it is setting for O3GK. Maybe you need to modify for O4 or later, for example
SEGMENTFILE=/home/detchar/Segments/K1-SCIENCE_MODE/2022/K1-SCIENCE_MODE_UTC_${DIRNAME_DATE}.xmlINIFILE : For O3GK, O3GKC20.ini is used. Detail will be written later again.
OUTPUTDIR : Please set it as you like. When it is under /mnt/hveto/ or /home/controls/public_html/hveto/ (linked to /mnt/hveto/), the result is available on web browser, https://gwdet.icrr.u-tokyo.ac.jp/~controls/hveto/ .
- NPROCESS : Originally it was 10 but modified to 1. It is because sometimes multiple process cause error.
ini file
The latest file dedicated for O3GK is O3GKC20.ini. This is based on the ini file used in LIGO, h1l1-hveto-daily-post-o3.ini with some modification for KAGRA.
Important parameters
For the detail of ini file contents, see Configuration files for Hveto
- [segment]
- analysis-flag : You may need to modify it for the online process. The name of the segment list has to be set.
- padding : Please coordinate with the analysis group whether it covers the necessary range.
- [primary]
channel : K1:DAC-STRAIN_C20 is offline data. For online, channel = %(IFO)s:CAL-CS_PROC_DARM_DISPLACEMENT_DQ or channel = %(IFO)s:CAL-CS_PROC_C00_STRAIN_DBL_DQ will do.
- snr-threshold : It maybe better to optimize.
- frequency-range : Please coordinate with the analysis group whether it covers the necessary range.
- [auxiliary]
- frequency-range : Please coordinate with the analysis group whether it covers the necessary range.
- channels : Now the channel list is exactly specified here. Before O4, it should be reconsidered. For example, ASC channels may need to be added.
- [safety]
unsafe-channels : Actually this is not necessary if [auxiliary] channels is set, just written to clarify that they must not be used in hveto. Here is the reference of the discussion for O3GK slides.
Note for developer
- Maybe it is buggy in the counting of coincidence events ?
- Not automated in Kashiwa server.
- Please check the link of /home/detchar/triggers/K1. The data under this link is used. Usually, it should be linked to /mnt/triggers/K1/, but for O3GK /mnt/triggers/K1_20200415/K1_20200415/K1/ was used.
- It will be good if parameter optimization is done with ER data or something.