We wrote a python script to check Solar Orbiter IORs.
How to proceed
Generally we receive a first set of IORs for a whole STP period in a single ZIP file, like:
IORG_SSWA_S119__00001_IntV01.ZIPWe have first to uncompress it a given directory :
$ unzip IORG_SSWA_S119__00001_IntV01.ZIPThat will generate 7 daily files, IOR_S_S119Fnn like:
IOR_S_S119F01_SSWA_V1.SOL
IOR_S_S119F02_SSWA_V1.SOL
IOR_S_S119F03_SSWA_V1.SOL
IOR_S_S119F04_SSWA_V1.SOL
IOR_S_S119F05_SSWA_V1.SOL
IOR_S_S119F06_SSWA_V1.SOL
IOR_S_S119F07_SSWA_V1.SOLThere files are XML files, and not really "human readable".
We can convert all IORs to a single text file, using the following command:
$ python -m check_ior IOR_S_S119F* > STP119.logYou can also display content of a single IOR_S using:
$ python -m check_ior IOR_S_S119F01_SSWA_V1.SOL -------------------------------------------------------------------------------------------------
STP119 [2020-11-01T00:00:00 / 2020-11-01T23:59:59] IOR_S_S119F07_SSWA_V1.SOL (2020-10-11T14:50:21)
--------------------------------------------------------------------------------------------------
2020-11-01T00:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T01:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T02:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T03:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T03:32:30 AIAF033A 5 param ; SWA SensorsOptiBurst v02
1 : XF033A01 = 2400 ; EAS1_TIME2 : Decimal (default 2400)
2 : XF033A02 = 2400 ; EAS2_TIME2 : Decimal (default 2400)
3 : XF033A03 = 2400 ; PAS_TIME2 : Decimal (default 2400)
4 : XF033A04 = DYNAMIC => 0 ; PAS_SCHEME : (default DYNAMIC)
5 : XF033A05 = 2400 ; HIS_TIME2 : Decimal (default 2400)
2020-11-01T04:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T05:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T06:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T07:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T08:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T09:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T10:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T11:10:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
2020-11-01T11:32:30 AIAF032A 5 param ; SWA SensorsCoreBurst v02
1 : XF032A01 = 4800 ; EAS1_TIME1 : Decimal (default 2400)
2 : XF032A02 = 4800 ; EAS2_TIME1 : Decimal (default 2400)
3 : XF032A03 = 2400 ; PAS_TIME1 : Decimal (default 2400)
4 : XF032A04 = DYNAMIC => 0 ; PAS_SCHEME : (default DYNAMIC)
5 : XF032A05 = 2400 ; HIS_TIME1 : Decimal (default 2400)
2020-11-01T12:00:00 AIAF067A 3 param ; SWA PAS RunCalibMode v03
1 : XF067A01 = 047A ; START_CEM : Hexadecimal (default 47A)
2 : XF067A02 = 075B ; FINAL_CEM : Hexadecimal (default 5EF)
3 : XF067A03 = 05C2 ; POST_CEM : Hexadecimal (default 570)
2020-11-01T12:15:00 AIAF071A 0 param ; SWA HIS Normal Sci v01
etc...Corresponding documents
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See original extracted XML files on STP119 IORs directory
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See the corresponding log file STP119.log
How to use
The main python script is located on
/home/solar/usvn-solarorbiter/trunk/software/python/check_iot.pyYou can find sources at software/python/check_ior.py
In order to use it, you must set PYTHONPATH environment variable in your profile :
export PYTHONPATH=/home/solar/usvn-solarorbiter/trunk/software/python:$PYTHONPATHAnd then use :
python -m check_ior <ior_filename> <ior_filename> ...