2025-11-14 11:42:01,072 read rid-lut from stixcore/data/publish/rid_lut.csv 2025-11-14 11:42:04,703 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-14 11:42:04,994 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251113_003.tm 2025-11-14 11:42:04,994 Create SOCManager @ /data/stix/out/fits_utest/tm/processing 2025-11-14 11:42:05,060 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M93_V01.json 2025-11-14 11:42:05,154 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-14 11:42:05,154 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M91_V01.json 2025-11-14 11:42:05,156 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-14 11:42:05,157 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M22_V01.json 2025-11-14 11:42:05,158 newer version (2050) found for LTP22_Dec2025-Apr2026: replacing 2025-11-14 11:42:05,159 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V05.json 2025-11-14 11:42:05,160 newer version (3203) found for LTP21_Sep2025-Dec2025: replacing 2025-11-14 11:42:05,160 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V04.json 2025-11-14 11:42:05,162 older version (3200) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 11:42:05,162 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V03.json 2025-11-14 11:42:05,164 older version (3128) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 11:42:05,164 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V02.json 2025-11-14 11:42:05,165 older version (3048) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 11:42:05,166 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V01.json 2025-11-14 11:42:05,167 older version (3038) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 11:42:05,167 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M20_V01.json 2025-11-14 11:42:05,168 newer version (754) found for LTP20_Jun2025-Sep2025: replacing 2025-11-14 11:42:05,169 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V02.json 2025-11-14 11:42:05,171 newer version (3068) found for LTP19_Mar2025-Jun2025: replacing 2025-11-14 11:42:05,171 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V01.json 2025-11-14 11:42:05,172 older version (3055) found for LTP19_Mar2025-Jun2025: skipping 2025-11-14 11:42:05,173 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M18_V01.json 2025-11-14 11:42:05,174 newer version (717) found for LTP18_Dec2024-Mar2025: replacing 2025-11-14 11:42:05,174 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V02.json 2025-11-14 11:42:05,175 newer version (3107) found for LTP17_Sep2024-Dec2024: replacing 2025-11-14 11:42:05,175 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V01.json 2025-11-14 11:42:05,176 older version (3093) found for LTP17_Sep2024-Dec2024: skipping 2025-11-14 11:42:05,177 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V03.json 2025-11-14 11:42:05,178 newer version (1010) found for LTP16_Jul2024-Sep2024: replacing 2025-11-14 11:42:05,178 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V02.json 2025-11-14 11:42:05,179 older version (1007) found for LTP16_Jul2024-Sep2024: skipping 2025-11-14 11:42:05,179 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V01.json 2025-11-14 11:42:05,181 older version (1006) found for LTP16_Jul2024-Sep2024: skipping 2025-11-14 11:42:05,181 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V02.json 2025-11-14 11:42:05,182 newer version (2415) found for LTP15_Mar2024-Jun2024: replacing 2025-11-14 11:42:05,182 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V01.json 2025-11-14 11:42:05,184 older version (2411) found for LTP15_Mar2024-Jun2024: skipping 2025-11-14 11:42:05,184 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M14_V01.json 2025-11-14 11:42:05,185 newer version (788) found for LTP14_Jan2024-Mar2024: replacing 2025-11-14 11:42:05,185 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M13_V01.json 2025-11-14 11:42:05,187 newer version (2831) found for LTP13_Sep2023-Dec2023: replacing 2025-11-14 11:42:05,187 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V02.json 2025-11-14 11:42:05,188 newer version (557) found for LTP12_Jun2023-Sep2023: replacing 2025-11-14 11:42:05,188 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V01.json 2025-11-14 11:42:05,189 older version (555) found for LTP12_Jun2023-Sep2023: skipping 2025-11-14 11:42:05,189 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V02.json 2025-11-14 11:42:05,190 newer version (3082) found for LTP11_Mar2023-Jun2023: replacing 2025-11-14 11:42:05,190 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V01.json 2025-11-14 11:42:05,191 older version (3026) found for LTP11_Mar2023-Jun2023: skipping 2025-11-14 11:42:05,191 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V02.json 2025-11-14 11:42:05,192 newer version (780) found for LTP10_Dec2022-Mar2023: replacing 2025-11-14 11:42:05,192 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V01.json 2025-11-14 11:42:05,193 older version (754) found for LTP10_Dec2022-Mar2023: skipping 2025-11-14 11:42:05,194 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V02.json 2025-11-14 11:42:05,194 newer version (2798) found for LTP09_Sep2022-Dec2022: replacing 2025-11-14 11:42:05,195 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V01.json 2025-11-14 11:42:05,196 older version (2789) found for LTP09_Sep2022-Dec2022: skipping 2025-11-14 11:42:05,196 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M08_V01.json 2025-11-14 11:42:05,197 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-14 11:42:05,197 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M07_V01.json 2025-11-14 11:42:05,198 newer version (1064) found for LTP07_Apr2022-Jun2022: replacing 2025-11-14 11:42:05,199 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V02.json 2025-11-14 11:42:05,200 newer version (2915) found for LTP06_Dec2021-Apr2022: replacing 2025-11-14 11:42:05,200 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V01.json 2025-11-14 11:42:05,201 older version (2882) found for LTP06_Dec2021-Apr2022: skipping 2025-11-14 11:42:05,202 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M05_V01.json 2025-11-14 11:42:05,204 newer version (1670) found for LTP05_Sep2021-Dec2021: replacing 2025-11-14 11:42:05,204 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V02.json 2025-11-14 11:42:05,205 newer version (2584) found for LTP04_Jun2021-Sep2021: replacing 2025-11-14 11:42:05,205 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V01.json 2025-11-14 11:42:05,205 older version (2575) found for LTP04_Jun2021-Sep2021: skipping 2025-11-14 11:42:05,206 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V05.json 2025-11-14 11:42:05,206 newer version (353) found for LTP03_Jan2021-Jun2021_PostSOWG: replacing 2025-11-14 11:42:05,206 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V04.json 2025-11-14 11:42:05,207 older version (332) found for LTP03_Jan2021-Jun2021_PostSOWG: skipping 2025-11-14 11:42:05,207 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V05.json 2025-11-14 11:42:05,208 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-14 11:42:05,208 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V04.json 2025-11-14 11:42:05,208 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-14 11:42:05,209 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V03.json 2025-11-14 11:42:05,209 older version (508) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-14 11:42:05,209 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V02.json 2025-11-14 11:42:05,210 older version (394) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-14 11:42:05,210 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M01_V04.json 2025-11-14 11:42:05,210 newer version (354) found for LTP01_Jun2020-Jun2020: replacing 2025-11-14 11:42:06,260 SOOP Rebuild Index: soops: 547observations 1191 2025-11-14 11:42:30,966 PIPELINE VERSION Version: unknown Common instrument config version: v0.1.5 PROCESSING VERSIONS Prod: Ephemeris File: /home/nicky/STIXCore/stixcore/products/ANC/aspect.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level2/scienceL2.py Vers: 2 Prod: LevelB File: /home/nicky/STIXCore/stixcore/products/levelb/binary.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 2025-11-14 11:42:30,968 CONFIG [Paths] tm_archive = /data/stix/out/fits_utest/tm/processing fits_archive = /data/stix/out/test/p311_comp_test/ spice_kernels = /data/stix/spice/kernels soop_files = /data/stix/SOLSOC/from_soc [Logging] stop_on_error = False [IDLBridge] enabled = True gsw_path = /opt/STIX-GSW batchsize = 30 [Pipeline] status_server_port = 12389 parallel_batchsize_l0 = 300 parallel_batchsize_l1 = 100 parallel_batchsize_l2 = 100 log_level = DEBUG log_dir = /data/stix/out/fits_utest/tm/logging error_mail_send = False error_mail_receivers = nicky.hochmuth@ateleris.ch error_mail_smpt_host = lmailer.fhnw.ch error_mail_smpt_port = 25 error_mail_sender = nicky.hochmuth@fhnw.ch start_with_unprocessed = False last_processed = TM_BatchRequest.PktTmRaw.SOL.0.2023.305.15.33.13.852.bBWz@2023.352.21.00.01.039.1.xml.out [Publish] db_file = /home/nicky/soar_pub/published.sqlite include_levels = LL03 waiting_period = 0d target_dir = /home/nicky/soar_pub/to_soc report_mail_receivers = nicky.hochmuth@ateleris.ch report_mail_send = True same_esa_name_dir = /home/nicky/soar_pub/esa_conflicts rid_lut_file = ./stixcore/data/publish/rid_lut.csv rid_lut_file_update_url = https://datacenter.stix.i4ds.net/api/bsd/info/ batch_size = 20000 fits_dir = /data/stix/out/test/esa_release_test3/ ll_waiting_period = 0d supplement_report = /home/nicky/soar_pub/supplement_report.csv include_products = ql,hk,sci,cal log_dir = /data/stix/out/fits_utest/tm/logging [SOOP] endpoint = https://solarorbiter.esac.esa.int/soopkitchen/api user = smaloney password = xxxx soop_files_download = ./stixcore/data/soop [ECC] ecc_path = /opt/stix_det_cal/bin/ 2025-11-14 11:42:30,970 SINGLETONS SOOPManager: /data/stix/SOLSOC/from_soc RidLutManager: file: stixcore/data/publish/rid_lut.csv update: False size: 52588 SPICE: [(PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm'), 'pred', datetime.datetime(2025, 11, 13, 0, 0)), (PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251113_003.tm'), 'flown', datetime.datetime(2025, 11, 13, 0, 0))] IDBManager: /home/nicky/STIXCore/stixcore/data/idb Versions: [{'label': '2.26.37', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.37', 'version': ['2', '26', '37']}, {'label': '2.26.36', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.36', 'version': ['2', '26', '36']}, {'label': '2.26.32', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.32', 'version': ['2', '26', '32']}, {'label': '2.26.34', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.34', 'version': ['2', '26', '34']}, {'label': '2.26.38', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.38', 'version': ['2', '26', '38']}, {'label': '2.26.33', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.33', 'version': ['2', '26', '33']}, {'label': '2.26.31', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.31', 'version': ['2', '26', '31']}, {'label': '2.26.35', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.35', 'version': ['2', '26', '35']}] Force version: None History: IntervalTree([Interval(0.0, 640198039.0, '2.26.32'), Interval(640198039.0, 640265396.0, '2.26.31'), Interval(640265396.0, 642159993.0, '2.26.32'), Interval(642159993.0, 643123725.0, '2.26.33'), Interval(643123725.0, 677774249.0, '2.26.34'), Interval(677774249.0, 692380776.0, '2.26.35'), Interval(692380776.0, 761270182.0, '2.26.36'), Interval(761270182.0, 4294967295.0, '2.26.38')]) 2025-11-14 11:42:33,299 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-14 11:42:33,552 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251113_003.tm 2025-11-14 11:42:33,969 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20231019.csv 2025-11-14 11:42:34,073 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_gkfgoydm 2025-11-14 11:42:34,074 Read config from in: /tmp/ecc_context_ecc_cfg_1_gkfgoydm/post_ecc.ini 2025-11-14 11:42:39,418 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_gkfgoydm/solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits 2025-11-14 12:06:26,241 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-14 12:06:40,960 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-14 12:06:40,969 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_gkfgoydm 2025-11-14 12:06:41,063 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_jr0lj1p9 2025-11-14 12:06:41,064 Read config from in: /tmp/ecc_context_ecc_cfg_1_jr0lj1p9/post_ecc.ini 2025-11-14 12:06:45,391 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_jr0lj1p9/solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits 2025-11-14 12:29:15,989 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240218_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-14 12:29:30,987 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-14 12:29:31,000 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_jr0lj1p9 2025-11-14 12:29:31,283 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/18/CAL/solo_L2_stix-cal-energy_20240218_V02U.fits 2025-11-14 12:36:19,614 read rid-lut from stixcore/data/publish/rid_lut.csv 2025-11-14 12:36:23,031 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-14 12:36:23,285 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251113_003.tm 2025-11-14 12:36:23,286 Create SOCManager @ /data/stix/out/fits_utest/tm/processing 2025-11-14 12:36:23,353 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M93_V01.json 2025-11-14 12:36:23,540 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-14 12:36:23,540 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M91_V01.json 2025-11-14 12:36:23,543 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-14 12:36:23,544 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M22_V01.json 2025-11-14 12:36:23,545 newer version (2050) found for LTP22_Dec2025-Apr2026: replacing 2025-11-14 12:36:23,546 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V05.json 2025-11-14 12:36:23,547 newer version (3203) found for LTP21_Sep2025-Dec2025: replacing 2025-11-14 12:36:23,547 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V04.json 2025-11-14 12:36:23,549 older version (3200) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 12:36:23,549 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V03.json 2025-11-14 12:36:23,551 older version (3128) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 12:36:23,551 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V02.json 2025-11-14 12:36:23,552 older version (3048) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 12:36:23,553 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V01.json 2025-11-14 12:36:23,554 older version (3038) found for LTP21_Sep2025-Dec2025: skipping 2025-11-14 12:36:23,554 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M20_V01.json 2025-11-14 12:36:23,555 newer version (754) found for LTP20_Jun2025-Sep2025: replacing 2025-11-14 12:36:23,555 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V02.json 2025-11-14 12:36:23,559 newer version (3068) found for LTP19_Mar2025-Jun2025: replacing 2025-11-14 12:36:23,559 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V01.json 2025-11-14 12:36:23,561 older version (3055) found for LTP19_Mar2025-Jun2025: skipping 2025-11-14 12:36:23,561 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M18_V01.json 2025-11-14 12:36:23,562 newer version (717) found for LTP18_Dec2024-Mar2025: replacing 2025-11-14 12:36:23,562 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V02.json 2025-11-14 12:36:23,563 newer version (3107) found for LTP17_Sep2024-Dec2024: replacing 2025-11-14 12:36:23,563 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V01.json 2025-11-14 12:36:23,565 older version (3093) found for LTP17_Sep2024-Dec2024: skipping 2025-11-14 12:36:23,565 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V03.json 2025-11-14 12:36:23,566 newer version (1010) found for LTP16_Jul2024-Sep2024: replacing 2025-11-14 12:36:23,566 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V02.json 2025-11-14 12:36:23,567 older version (1007) found for LTP16_Jul2024-Sep2024: skipping 2025-11-14 12:36:23,568 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V01.json 2025-11-14 12:36:23,569 older version (1006) found for LTP16_Jul2024-Sep2024: skipping 2025-11-14 12:36:23,569 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V02.json 2025-11-14 12:36:23,570 newer version (2415) found for LTP15_Mar2024-Jun2024: replacing 2025-11-14 12:36:23,570 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V01.json 2025-11-14 12:36:23,572 older version (2411) found for LTP15_Mar2024-Jun2024: skipping 2025-11-14 12:36:23,572 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M14_V01.json 2025-11-14 12:36:23,573 newer version (788) found for LTP14_Jan2024-Mar2024: replacing 2025-11-14 12:36:23,573 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M13_V01.json 2025-11-14 12:36:23,575 newer version (2831) found for LTP13_Sep2023-Dec2023: replacing 2025-11-14 12:36:23,575 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V02.json 2025-11-14 12:36:23,576 newer version (557) found for LTP12_Jun2023-Sep2023: replacing 2025-11-14 12:36:23,576 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V01.json 2025-11-14 12:36:23,577 older version (555) found for LTP12_Jun2023-Sep2023: skipping 2025-11-14 12:36:23,577 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V02.json 2025-11-14 12:36:23,578 newer version (3082) found for LTP11_Mar2023-Jun2023: replacing 2025-11-14 12:36:23,578 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V01.json 2025-11-14 12:36:23,579 older version (3026) found for LTP11_Mar2023-Jun2023: skipping 2025-11-14 12:36:23,580 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V02.json 2025-11-14 12:36:23,580 newer version (780) found for LTP10_Dec2022-Mar2023: replacing 2025-11-14 12:36:23,581 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V01.json 2025-11-14 12:36:23,581 older version (754) found for LTP10_Dec2022-Mar2023: skipping 2025-11-14 12:36:23,582 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V02.json 2025-11-14 12:36:23,583 newer version (2798) found for LTP09_Sep2022-Dec2022: replacing 2025-11-14 12:36:23,583 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V01.json 2025-11-14 12:36:23,584 older version (2789) found for LTP09_Sep2022-Dec2022: skipping 2025-11-14 12:36:23,584 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M08_V01.json 2025-11-14 12:36:23,585 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-14 12:36:23,586 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M07_V01.json 2025-11-14 12:36:23,587 newer version (1064) found for LTP07_Apr2022-Jun2022: replacing 2025-11-14 12:36:23,587 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V02.json 2025-11-14 12:36:23,588 newer version (2915) found for LTP06_Dec2021-Apr2022: replacing 2025-11-14 12:36:23,588 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V01.json 2025-11-14 12:36:23,590 older version (2882) found for LTP06_Dec2021-Apr2022: skipping 2025-11-14 12:36:23,590 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M05_V01.json 2025-11-14 12:36:23,592 newer version (1670) found for LTP05_Sep2021-Dec2021: replacing 2025-11-14 12:36:23,592 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V02.json 2025-11-14 12:36:23,593 newer version (2584) found for LTP04_Jun2021-Sep2021: replacing 2025-11-14 12:36:23,593 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V01.json 2025-11-14 12:36:23,594 older version (2575) found for LTP04_Jun2021-Sep2021: skipping 2025-11-14 12:36:23,594 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V05.json 2025-11-14 12:36:23,595 newer version (353) found for LTP03_Jan2021-Jun2021_PostSOWG: replacing 2025-11-14 12:36:23,595 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V04.json 2025-11-14 12:36:23,595 older version (332) found for LTP03_Jan2021-Jun2021_PostSOWG: skipping 2025-11-14 12:36:23,595 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V05.json 2025-11-14 12:36:23,596 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-14 12:36:23,596 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V04.json 2025-11-14 12:36:23,597 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-14 12:36:23,597 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V03.json 2025-11-14 12:36:23,597 older version (508) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-14 12:36:23,597 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V02.json 2025-11-14 12:36:23,598 older version (394) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-14 12:36:23,598 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M01_V04.json 2025-11-14 12:36:23,598 newer version (354) found for LTP01_Jun2020-Jun2020: replacing 2025-11-14 12:36:24,575 SOOP Rebuild Index: soops: 547observations 1191 2025-11-14 12:36:49,208 PIPELINE VERSION Version: unknown Common instrument config version: v0.1.5 PROCESSING VERSIONS Prod: Ephemeris File: /home/nicky/STIXCore/stixcore/products/ANC/aspect.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level2/scienceL2.py Vers: 2 Prod: LevelB File: /home/nicky/STIXCore/stixcore/products/levelb/binary.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 2025-11-14 12:36:49,210 CONFIG [Paths] tm_archive = /data/stix/out/fits_utest/tm/processing fits_archive = /data/stix/out/test/p311_comp_test/ spice_kernels = /data/stix/spice/kernels soop_files = /data/stix/SOLSOC/from_soc [Logging] stop_on_error = False [IDLBridge] enabled = True gsw_path = /opt/STIX-GSW batchsize = 30 [Pipeline] status_server_port = 12389 parallel_batchsize_l0 = 300 parallel_batchsize_l1 = 100 parallel_batchsize_l2 = 100 log_level = DEBUG log_dir = /data/stix/out/fits_utest/tm/logging error_mail_send = False error_mail_receivers = nicky.hochmuth@ateleris.ch error_mail_smpt_host = lmailer.fhnw.ch error_mail_smpt_port = 25 error_mail_sender = nicky.hochmuth@fhnw.ch start_with_unprocessed = False last_processed = TM_BatchRequest.PktTmRaw.SOL.0.2023.305.15.33.13.852.bBWz@2023.352.21.00.01.039.1.xml.out [Publish] db_file = /home/nicky/soar_pub/published.sqlite include_levels = LL03 waiting_period = 0d target_dir = /home/nicky/soar_pub/to_soc report_mail_receivers = nicky.hochmuth@ateleris.ch report_mail_send = True same_esa_name_dir = /home/nicky/soar_pub/esa_conflicts rid_lut_file = ./stixcore/data/publish/rid_lut.csv rid_lut_file_update_url = https://datacenter.stix.i4ds.net/api/bsd/info/ batch_size = 20000 fits_dir = /data/stix/out/test/esa_release_test3/ ll_waiting_period = 0d supplement_report = /home/nicky/soar_pub/supplement_report.csv include_products = ql,hk,sci,cal log_dir = /data/stix/out/fits_utest/tm/logging [SOOP] endpoint = https://solarorbiter.esac.esa.int/soopkitchen/api user = smaloney password = xxxx soop_files_download = ./stixcore/data/soop [ECC] ecc_path = /opt/stix_det_cal/bin/ 2025-11-14 12:36:49,211 SINGLETONS SOOPManager: /data/stix/SOLSOC/from_soc RidLutManager: file: stixcore/data/publish/rid_lut.csv update: False size: 52588 SPICE: [(PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm'), 'pred', datetime.datetime(2025, 11, 13, 0, 0)), (PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251113_003.tm'), 'flown', datetime.datetime(2025, 11, 13, 0, 0))] IDBManager: /home/nicky/STIXCore/stixcore/data/idb Versions: [{'label': '2.26.37', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.37', 'version': ['2', '26', '37']}, {'label': '2.26.36', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.36', 'version': ['2', '26', '36']}, {'label': '2.26.32', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.32', 'version': ['2', '26', '32']}, {'label': '2.26.34', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.34', 'version': ['2', '26', '34']}, {'label': '2.26.38', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.38', 'version': ['2', '26', '38']}, {'label': '2.26.33', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.33', 'version': ['2', '26', '33']}, {'label': '2.26.31', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.31', 'version': ['2', '26', '31']}, {'label': '2.26.35', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.35', 'version': ['2', '26', '35']}] Force version: None History: IntervalTree([Interval(0.0, 640198039.0, '2.26.32'), Interval(640198039.0, 640265396.0, '2.26.31'), Interval(640265396.0, 642159993.0, '2.26.32'), Interval(642159993.0, 643123725.0, '2.26.33'), Interval(643123725.0, 677774249.0, '2.26.34'), Interval(677774249.0, 692380776.0, '2.26.35'), Interval(692380776.0, 761270182.0, '2.26.36'), Interval(761270182.0, 4294967295.0, '2.26.38')]) 2025-11-14 12:36:51,679 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-14 12:36:51,924 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251113_003.tm 2025-11-14 12:36:52,343 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20231019.csv 2025-11-14 12:36:52,448 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_wivlej6l 2025-11-14 12:36:52,450 Read config from in: /tmp/ecc_context_ecc_cfg_1_wivlej6l/post_ecc.ini 2025-11-14 12:36:56,865 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_wivlej6l/solo_L1_stix-cal-energy_20240118_V03U_ecc_in.fits 2025-11-14 13:00:24,703 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240118_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240118_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240118_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240118_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-14 13:00:40,476 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-14 13:00:40,486 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_wivlej6l 2025-11-14 13:00:40,735 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/18/CAL/solo_L2_stix-cal-energy_20240118_V02U.fits 2025-11-17 07:35:01,014 read rid-lut from stixcore/data/publish/rid_lut.csv 2025-11-17 07:35:02,960 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-17 07:35:03,218 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm 2025-11-17 07:35:03,218 Create SOCManager @ /data/stix/out/fits_utest/tm/processing 2025-11-17 07:35:03,225 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M93_V01.json 2025-11-17 07:35:03,299 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 07:35:03,299 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M91_V01.json 2025-11-17 07:35:03,300 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 07:35:03,300 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M22_V01.json 2025-11-17 07:35:03,302 newer version (2050) found for LTP22_Dec2025-Apr2026: replacing 2025-11-17 07:35:03,302 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V05.json 2025-11-17 07:35:03,304 newer version (3203) found for LTP21_Sep2025-Dec2025: replacing 2025-11-17 07:35:03,304 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V04.json 2025-11-17 07:35:03,309 older version (3200) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 07:35:03,309 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V03.json 2025-11-17 07:35:03,313 older version (3128) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 07:35:03,313 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V02.json 2025-11-17 07:35:03,315 older version (3048) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 07:35:03,315 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V01.json 2025-11-17 07:35:03,318 older version (3038) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 07:35:03,319 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M20_V01.json 2025-11-17 07:35:03,324 newer version (754) found for LTP20_Jun2025-Sep2025: replacing 2025-11-17 07:35:03,324 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V02.json 2025-11-17 07:35:03,326 newer version (3068) found for LTP19_Mar2025-Jun2025: replacing 2025-11-17 07:35:03,326 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V01.json 2025-11-17 07:35:03,332 older version (3055) found for LTP19_Mar2025-Jun2025: skipping 2025-11-17 07:35:03,332 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M18_V01.json 2025-11-17 07:35:03,337 newer version (717) found for LTP18_Dec2024-Mar2025: replacing 2025-11-17 07:35:03,337 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V02.json 2025-11-17 07:35:03,340 newer version (3107) found for LTP17_Sep2024-Dec2024: replacing 2025-11-17 07:35:03,341 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V01.json 2025-11-17 07:35:03,344 older version (3093) found for LTP17_Sep2024-Dec2024: skipping 2025-11-17 07:35:03,344 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V03.json 2025-11-17 07:35:03,348 newer version (1010) found for LTP16_Jul2024-Sep2024: replacing 2025-11-17 07:35:03,348 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V02.json 2025-11-17 07:35:03,351 older version (1007) found for LTP16_Jul2024-Sep2024: skipping 2025-11-17 07:35:03,351 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V01.json 2025-11-17 07:35:03,354 older version (1006) found for LTP16_Jul2024-Sep2024: skipping 2025-11-17 07:35:03,355 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V02.json 2025-11-17 07:35:03,356 newer version (2415) found for LTP15_Mar2024-Jun2024: replacing 2025-11-17 07:35:03,356 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V01.json 2025-11-17 07:35:03,358 older version (2411) found for LTP15_Mar2024-Jun2024: skipping 2025-11-17 07:35:03,358 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M14_V01.json 2025-11-17 07:35:03,359 newer version (788) found for LTP14_Jan2024-Mar2024: replacing 2025-11-17 07:35:03,359 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M13_V01.json 2025-11-17 07:35:03,363 newer version (2831) found for LTP13_Sep2023-Dec2023: replacing 2025-11-17 07:35:03,363 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V02.json 2025-11-17 07:35:03,366 newer version (557) found for LTP12_Jun2023-Sep2023: replacing 2025-11-17 07:35:03,366 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V01.json 2025-11-17 07:35:03,367 older version (555) found for LTP12_Jun2023-Sep2023: skipping 2025-11-17 07:35:03,367 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V02.json 2025-11-17 07:35:03,370 newer version (3082) found for LTP11_Mar2023-Jun2023: replacing 2025-11-17 07:35:03,370 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V01.json 2025-11-17 07:35:03,371 older version (3026) found for LTP11_Mar2023-Jun2023: skipping 2025-11-17 07:35:03,371 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V02.json 2025-11-17 07:35:03,372 newer version (780) found for LTP10_Dec2022-Mar2023: replacing 2025-11-17 07:35:03,372 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V01.json 2025-11-17 07:35:03,373 older version (754) found for LTP10_Dec2022-Mar2023: skipping 2025-11-17 07:35:03,373 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V02.json 2025-11-17 07:35:03,375 newer version (2798) found for LTP09_Sep2022-Dec2022: replacing 2025-11-17 07:35:03,375 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V01.json 2025-11-17 07:35:03,376 older version (2789) found for LTP09_Sep2022-Dec2022: skipping 2025-11-17 07:35:03,376 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M08_V01.json 2025-11-17 07:35:03,378 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 07:35:03,378 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M07_V01.json 2025-11-17 07:35:03,381 newer version (1064) found for LTP07_Apr2022-Jun2022: replacing 2025-11-17 07:35:03,381 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V02.json 2025-11-17 07:35:03,383 newer version (2915) found for LTP06_Dec2021-Apr2022: replacing 2025-11-17 07:35:03,383 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V01.json 2025-11-17 07:35:03,385 older version (2882) found for LTP06_Dec2021-Apr2022: skipping 2025-11-17 07:35:03,385 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M05_V01.json 2025-11-17 07:35:03,386 newer version (1670) found for LTP05_Sep2021-Dec2021: replacing 2025-11-17 07:35:03,387 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V02.json 2025-11-17 07:35:03,387 newer version (2584) found for LTP04_Jun2021-Sep2021: replacing 2025-11-17 07:35:03,387 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V01.json 2025-11-17 07:35:03,388 older version (2575) found for LTP04_Jun2021-Sep2021: skipping 2025-11-17 07:35:03,388 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V05.json 2025-11-17 07:35:03,389 newer version (353) found for LTP03_Jan2021-Jun2021_PostSOWG: replacing 2025-11-17 07:35:03,389 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V04.json 2025-11-17 07:35:03,392 older version (332) found for LTP03_Jan2021-Jun2021_PostSOWG: skipping 2025-11-17 07:35:03,392 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V05.json 2025-11-17 07:35:03,392 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-17 07:35:03,392 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V04.json 2025-11-17 07:35:03,393 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-17 07:35:03,393 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V03.json 2025-11-17 07:35:03,393 older version (508) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-17 07:35:03,394 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V02.json 2025-11-17 07:35:03,394 older version (394) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-17 07:35:03,394 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M01_V04.json 2025-11-17 07:35:03,395 newer version (354) found for LTP01_Jun2020-Jun2020: replacing 2025-11-17 07:35:03,665 SOOP Rebuild Index: soops: 547observations 1191 2025-11-17 07:35:41,937 PIPELINE VERSION Version: unknown Common instrument config version: v0.1.5 PROCESSING VERSIONS Prod: Ephemeris File: /home/nicky/STIXCore/stixcore/products/ANC/aspect.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level2/scienceL2.py Vers: 2 Prod: LevelB File: /home/nicky/STIXCore/stixcore/products/levelb/binary.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 2025-11-17 07:35:41,939 CONFIG [Paths] tm_archive = /data/stix/out/fits_utest/tm/processing fits_archive = /data/stix/out/test/p311_comp_test/ spice_kernels = /data/stix/spice/kernels soop_files = /data/stix/SOLSOC/from_soc [Logging] stop_on_error = False [IDLBridge] enabled = True gsw_path = /opt/STIX-GSW batchsize = 30 [Pipeline] status_server_port = 12389 parallel_batchsize_l0 = 300 parallel_batchsize_l1 = 100 parallel_batchsize_l2 = 100 log_level = DEBUG log_dir = /data/stix/out/fits_utest/tm/logging error_mail_send = False error_mail_receivers = nicky.hochmuth@ateleris.ch error_mail_smpt_host = lmailer.fhnw.ch error_mail_smpt_port = 25 error_mail_sender = nicky.hochmuth@fhnw.ch start_with_unprocessed = False last_processed = TM_BatchRequest.PktTmRaw.SOL.0.2023.305.15.33.13.852.bBWz@2023.352.21.00.01.039.1.xml.out [Publish] db_file = /home/nicky/soar_pub/published.sqlite include_levels = LL03 waiting_period = 0d target_dir = /home/nicky/soar_pub/to_soc report_mail_receivers = nicky.hochmuth@ateleris.ch report_mail_send = True same_esa_name_dir = /home/nicky/soar_pub/esa_conflicts rid_lut_file = ./stixcore/data/publish/rid_lut.csv rid_lut_file_update_url = https://datacenter.stix.i4ds.net/api/bsd/info/ batch_size = 20000 fits_dir = /data/stix/out/test/esa_release_test3/ ll_waiting_period = 0d supplement_report = /home/nicky/soar_pub/supplement_report.csv include_products = ql,hk,sci,cal log_dir = /data/stix/out/fits_utest/tm/logging [SOOP] endpoint = https://solarorbiter.esac.esa.int/soopkitchen/api user = smaloney password = xxxx soop_files_download = ./stixcore/data/soop [ECC] ecc_path = /opt/stix_det_cal/bin/ 2025-11-17 07:35:41,941 SINGLETONS SOOPManager: /data/stix/SOLSOC/from_soc RidLutManager: file: stixcore/data/publish/rid_lut.csv update: False size: 52588 SPICE: [(PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm'), 'pred', datetime.datetime(2025, 11, 13, 0, 0)), (PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm'), 'flown', datetime.datetime(2025, 11, 17, 0, 0))] IDBManager: /home/nicky/STIXCore/stixcore/data/idb Versions: [{'label': '2.26.37', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.37', 'version': ['2', '26', '37']}, {'label': '2.26.36', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.36', 'version': ['2', '26', '36']}, {'label': '2.26.32', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.32', 'version': ['2', '26', '32']}, {'label': '2.26.34', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.34', 'version': ['2', '26', '34']}, {'label': '2.26.38', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.38', 'version': ['2', '26', '38']}, {'label': '2.26.33', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.33', 'version': ['2', '26', '33']}, {'label': '2.26.31', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.31', 'version': ['2', '26', '31']}, {'label': '2.26.35', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.35', 'version': ['2', '26', '35']}] Force version: None History: IntervalTree([Interval(0.0, 640198039.0, '2.26.32'), Interval(640198039.0, 640265396.0, '2.26.31'), Interval(640265396.0, 642159993.0, '2.26.32'), Interval(642159993.0, 643123725.0, '2.26.33'), Interval(643123725.0, 677774249.0, '2.26.34'), Interval(677774249.0, 692380776.0, '2.26.35'), Interval(692380776.0, 761270182.0, '2.26.36'), Interval(761270182.0, 4294967295.0, '2.26.38')]) 2025-11-17 07:35:45,163 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-17 07:35:45,419 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm 2025-11-17 07:35:45,600 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20231019.csv 2025-11-17 07:35:45,654 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_gi7_p_2p 2025-11-17 07:35:45,655 Read config from in: /tmp/ecc_context_ecc_cfg_1_gi7_p_2p/post_ecc.ini 2025-11-17 07:35:46,918 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_gi7_p_2p/solo_L1_stix-cal-energy_20240101_V03U_ecc_in.fits 2025-11-17 07:58:45,898 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240101_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240101_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240101_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240101_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 07:58:52,265 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 07:58:52,271 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_gi7_p_2p 2025-11-17 07:58:52,398 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/01/CAL/solo_L2_stix-cal-energy_20240101_V02U.fits 2025-11-17 07:58:52,572 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_yvdx2khq 2025-11-17 07:58:52,572 Read config from in: /tmp/ecc_context_ecc_cfg_1_yvdx2khq/post_ecc.ini 2025-11-17 07:58:53,878 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_yvdx2khq/solo_L1_stix-cal-energy_20240108_V03U_ecc_in.fits 2025-11-17 08:22:06,141 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240108_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240108_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240108_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240108_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 08:22:12,698 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 08:22:12,711 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_yvdx2khq 2025-11-17 08:22:12,802 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/08/CAL/solo_L2_stix-cal-energy_20240108_V02U.fits 2025-11-17 08:22:12,982 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_63a63qfk 2025-11-17 08:22:12,984 Read config from in: /tmp/ecc_context_ecc_cfg_1_63a63qfk/post_ecc.ini 2025-11-17 08:22:14,227 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_63a63qfk/solo_L1_stix-cal-energy_20240105_V03U_ecc_in.fits 2025-11-17 08:45:05,041 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240105_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240105_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240105_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240105_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 08:45:11,050 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 08:45:11,056 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_63a63qfk 2025-11-17 08:45:11,138 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/05/CAL/solo_L2_stix-cal-energy_20240105_V02U.fits 2025-11-17 08:45:11,310 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_pcqy34ss 2025-11-17 08:45:11,310 Read config from in: /tmp/ecc_context_ecc_cfg_1_pcqy34ss/post_ecc.ini 2025-11-17 08:45:13,443 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_pcqy34ss/solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits 2025-11-17 09:08:21,601 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 09:08:27,628 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 09:08:27,635 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_pcqy34ss 2025-11-17 09:08:27,665 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_hky4kflx 2025-11-17 09:08:27,665 Read config from in: /tmp/ecc_context_ecc_cfg_1_hky4kflx/post_ecc.ini 2025-11-17 09:08:28,897 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_hky4kflx/solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits 2025-11-17 09:30:58,044 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240107_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 09:31:04,109 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 09:31:04,115 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_hky4kflx 2025-11-17 09:31:04,198 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/07/CAL/solo_L2_stix-cal-energy_20240107_V02U.fits 2025-11-17 09:31:04,362 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_i_mpz7h2 2025-11-17 09:31:04,363 Read config from in: /tmp/ecc_context_ecc_cfg_1_i_mpz7h2/post_ecc.ini 2025-11-17 09:31:05,579 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_i_mpz7h2/solo_L1_stix-cal-energy_20240106_V03U_ecc_in.fits 2025-11-17 09:53:47,381 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240106_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240106_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240106_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240106_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 09:53:53,397 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 09:53:53,404 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_i_mpz7h2 2025-11-17 09:53:53,485 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/06/CAL/solo_L2_stix-cal-energy_20240106_V02U.fits 2025-11-17 09:53:53,644 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_9uasrnr0 2025-11-17 09:53:53,645 Read config from in: /tmp/ecc_context_ecc_cfg_1_9uasrnr0/post_ecc.ini 2025-11-17 09:53:54,854 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_9uasrnr0/solo_L1_stix-cal-energy_20240103_V03U_ecc_in.fits 2025-11-17 10:16:36,964 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240103_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240103_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240103_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240103_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 10:16:44,010 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 10:16:44,017 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_9uasrnr0 2025-11-17 10:16:44,097 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/03/CAL/solo_L2_stix-cal-energy_20240103_V02U.fits 2025-11-17 10:16:44,245 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ktfu5agj 2025-11-17 10:16:44,245 Read config from in: /tmp/ecc_context_ecc_cfg_1_ktfu5agj/post_ecc.ini 2025-11-17 10:16:45,469 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ktfu5agj/solo_L1_stix-cal-energy_20240109_V03U_ecc_in.fits 2025-11-17 10:39:22,000 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240109_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240109_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240109_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240109_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 10:39:27,999 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 10:39:28,005 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ktfu5agj 2025-11-17 10:39:28,085 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/09/CAL/solo_L2_stix-cal-energy_20240109_V02U.fits 2025-11-17 10:39:28,244 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_hooupl_5 2025-11-17 10:39:28,245 Read config from in: /tmp/ecc_context_ecc_cfg_1_hooupl_5/post_ecc.ini 2025-11-17 10:39:29,462 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_hooupl_5/solo_L1_stix-cal-energy_20240102_V03U_ecc_in.fits 2025-11-17 11:02:21,942 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240102_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240102_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240102_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240102_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 11:02:28,037 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 11:02:28,042 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_hooupl_5 2025-11-17 11:02:28,123 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/02/CAL/solo_L2_stix-cal-energy_20240102_V02U.fits 2025-11-17 11:02:28,281 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_s3stxv__ 2025-11-17 11:02:28,282 Read config from in: /tmp/ecc_context_ecc_cfg_1_s3stxv__/post_ecc.ini 2025-11-17 11:02:29,516 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_s3stxv__/solo_L1_stix-cal-energy_20240104_V03U_ecc_in.fits 2025-11-17 11:25:24,490 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240104_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240104_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240104_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240104_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 11:25:30,621 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 11:25:30,628 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_s3stxv__ 2025-11-17 11:25:30,713 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/01/04/CAL/solo_L2_stix-cal-energy_20240104_V02U.fits 2025-11-17 11:51:53,683 read rid-lut from stixcore/data/publish/rid_lut.csv 2025-11-17 11:51:55,557 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-17 11:51:56,845 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm 2025-11-17 11:51:56,845 Create SOCManager @ /data/stix/out/fits_utest/tm/processing 2025-11-17 11:51:56,852 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M93_V01.json 2025-11-17 11:51:56,910 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 11:51:56,910 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M91_V01.json 2025-11-17 11:51:56,911 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 11:51:56,912 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M22_V01.json 2025-11-17 11:51:56,917 newer version (2050) found for LTP22_Dec2025-Apr2026: replacing 2025-11-17 11:51:56,918 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V05.json 2025-11-17 11:51:56,924 newer version (3203) found for LTP21_Sep2025-Dec2025: replacing 2025-11-17 11:51:56,924 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V04.json 2025-11-17 11:51:56,932 older version (3200) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 11:51:56,933 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V03.json 2025-11-17 11:51:56,938 older version (3128) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 11:51:56,939 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V02.json 2025-11-17 11:51:56,940 older version (3048) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 11:51:56,940 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V01.json 2025-11-17 11:51:56,949 older version (3038) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 11:51:56,949 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M20_V01.json 2025-11-17 11:51:56,957 newer version (754) found for LTP20_Jun2025-Sep2025: replacing 2025-11-17 11:51:56,957 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V02.json 2025-11-17 11:51:56,963 newer version (3068) found for LTP19_Mar2025-Jun2025: replacing 2025-11-17 11:51:56,963 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V01.json 2025-11-17 11:51:56,968 older version (3055) found for LTP19_Mar2025-Jun2025: skipping 2025-11-17 11:51:56,969 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M18_V01.json 2025-11-17 11:51:56,976 newer version (717) found for LTP18_Dec2024-Mar2025: replacing 2025-11-17 11:51:56,976 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V02.json 2025-11-17 11:51:56,982 newer version (3107) found for LTP17_Sep2024-Dec2024: replacing 2025-11-17 11:51:56,982 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V01.json 2025-11-17 11:51:56,985 older version (3093) found for LTP17_Sep2024-Dec2024: skipping 2025-11-17 11:51:56,985 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V03.json 2025-11-17 11:51:56,989 newer version (1010) found for LTP16_Jul2024-Sep2024: replacing 2025-11-17 11:51:56,989 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V02.json 2025-11-17 11:51:56,992 older version (1007) found for LTP16_Jul2024-Sep2024: skipping 2025-11-17 11:51:56,992 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V01.json 2025-11-17 11:51:57,000 older version (1006) found for LTP16_Jul2024-Sep2024: skipping 2025-11-17 11:51:57,000 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V02.json 2025-11-17 11:51:57,004 newer version (2415) found for LTP15_Mar2024-Jun2024: replacing 2025-11-17 11:51:57,004 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V01.json 2025-11-17 11:51:57,008 older version (2411) found for LTP15_Mar2024-Jun2024: skipping 2025-11-17 11:51:57,008 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M14_V01.json 2025-11-17 11:51:57,011 newer version (788) found for LTP14_Jan2024-Mar2024: replacing 2025-11-17 11:51:57,011 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M13_V01.json 2025-11-17 11:51:57,017 newer version (2831) found for LTP13_Sep2023-Dec2023: replacing 2025-11-17 11:51:57,018 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V02.json 2025-11-17 11:51:57,021 newer version (557) found for LTP12_Jun2023-Sep2023: replacing 2025-11-17 11:51:57,021 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V01.json 2025-11-17 11:51:57,022 older version (555) found for LTP12_Jun2023-Sep2023: skipping 2025-11-17 11:51:57,023 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V02.json 2025-11-17 11:51:57,025 newer version (3082) found for LTP11_Mar2023-Jun2023: replacing 2025-11-17 11:51:57,025 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V01.json 2025-11-17 11:51:57,027 older version (3026) found for LTP11_Mar2023-Jun2023: skipping 2025-11-17 11:51:57,027 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V02.json 2025-11-17 11:51:57,032 newer version (780) found for LTP10_Dec2022-Mar2023: replacing 2025-11-17 11:51:57,032 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V01.json 2025-11-17 11:51:57,033 older version (754) found for LTP10_Dec2022-Mar2023: skipping 2025-11-17 11:51:57,033 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V02.json 2025-11-17 11:51:57,036 newer version (2798) found for LTP09_Sep2022-Dec2022: replacing 2025-11-17 11:51:57,037 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V01.json 2025-11-17 11:51:57,038 older version (2789) found for LTP09_Sep2022-Dec2022: skipping 2025-11-17 11:51:57,038 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M08_V01.json 2025-11-17 11:51:57,044 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 11:51:57,045 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M07_V01.json 2025-11-17 11:51:57,049 newer version (1064) found for LTP07_Apr2022-Jun2022: replacing 2025-11-17 11:51:57,049 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V02.json 2025-11-17 11:51:57,051 newer version (2915) found for LTP06_Dec2021-Apr2022: replacing 2025-11-17 11:51:57,051 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V01.json 2025-11-17 11:51:57,053 older version (2882) found for LTP06_Dec2021-Apr2022: skipping 2025-11-17 11:51:57,053 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M05_V01.json 2025-11-17 11:51:57,057 newer version (1670) found for LTP05_Sep2021-Dec2021: replacing 2025-11-17 11:51:57,057 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V02.json 2025-11-17 11:51:57,058 newer version (2584) found for LTP04_Jun2021-Sep2021: replacing 2025-11-17 11:51:57,059 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V01.json 2025-11-17 11:51:57,059 older version (2575) found for LTP04_Jun2021-Sep2021: skipping 2025-11-17 11:51:57,059 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V05.json 2025-11-17 11:51:57,060 newer version (353) found for LTP03_Jan2021-Jun2021_PostSOWG: replacing 2025-11-17 11:51:57,060 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V04.json 2025-11-17 11:51:57,065 older version (332) found for LTP03_Jan2021-Jun2021_PostSOWG: skipping 2025-11-17 11:51:57,065 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V05.json 2025-11-17 11:51:57,068 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-17 11:51:57,068 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V04.json 2025-11-17 11:51:57,069 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-17 11:51:57,069 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V03.json 2025-11-17 11:51:57,073 older version (508) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-17 11:51:57,074 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V02.json 2025-11-17 11:51:57,076 older version (394) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-17 11:51:57,076 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M01_V04.json 2025-11-17 11:51:57,077 newer version (354) found for LTP01_Jun2020-Jun2020: replacing 2025-11-17 11:51:57,342 SOOP Rebuild Index: soops: 547observations 1191 2025-11-17 11:52:06,362 PIPELINE VERSION Version: unknown Common instrument config version: v0.1.5 PROCESSING VERSIONS Prod: Ephemeris File: /home/nicky/STIXCore/stixcore/products/ANC/aspect.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level2/scienceL2.py Vers: 2 Prod: LevelB File: /home/nicky/STIXCore/stixcore/products/levelb/binary.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 2025-11-17 11:52:06,370 CONFIG [Paths] tm_archive = /data/stix/out/fits_utest/tm/processing fits_archive = /data/stix/out/test/p311_comp_test/ spice_kernels = /data/stix/spice/kernels soop_files = /data/stix/SOLSOC/from_soc [Logging] stop_on_error = False [IDLBridge] enabled = True gsw_path = /opt/STIX-GSW batchsize = 30 [Pipeline] status_server_port = 12389 parallel_batchsize_l0 = 300 parallel_batchsize_l1 = 100 parallel_batchsize_l2 = 100 log_level = DEBUG log_dir = /data/stix/out/fits_utest/tm/logging error_mail_send = False error_mail_receivers = nicky.hochmuth@ateleris.ch error_mail_smpt_host = lmailer.fhnw.ch error_mail_smpt_port = 25 error_mail_sender = nicky.hochmuth@fhnw.ch start_with_unprocessed = False last_processed = TM_BatchRequest.PktTmRaw.SOL.0.2023.305.15.33.13.852.bBWz@2023.352.21.00.01.039.1.xml.out [Publish] db_file = /home/nicky/soar_pub/published.sqlite include_levels = LL03 waiting_period = 0d target_dir = /home/nicky/soar_pub/to_soc report_mail_receivers = nicky.hochmuth@ateleris.ch report_mail_send = True same_esa_name_dir = /home/nicky/soar_pub/esa_conflicts rid_lut_file = ./stixcore/data/publish/rid_lut.csv rid_lut_file_update_url = https://datacenter.stix.i4ds.net/api/bsd/info/ batch_size = 20000 fits_dir = /data/stix/out/test/esa_release_test3/ ll_waiting_period = 0d supplement_report = /home/nicky/soar_pub/supplement_report.csv include_products = ql,hk,sci,cal log_dir = /data/stix/out/fits_utest/tm/logging [SOOP] endpoint = https://solarorbiter.esac.esa.int/soopkitchen/api user = smaloney password = xxxx soop_files_download = ./stixcore/data/soop [ECC] ecc_path = /opt/stix_det_cal/bin/ 2025-11-17 11:52:06,388 SINGLETONS SOOPManager: /data/stix/SOLSOC/from_soc RidLutManager: file: stixcore/data/publish/rid_lut.csv update: False size: 52588 SPICE: [(PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm'), 'pred', datetime.datetime(2025, 11, 13, 0, 0)), (PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm'), 'flown', datetime.datetime(2025, 11, 17, 0, 0))] IDBManager: /home/nicky/STIXCore/stixcore/data/idb Versions: [{'label': '2.26.37', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.37', 'version': ['2', '26', '37']}, {'label': '2.26.36', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.36', 'version': ['2', '26', '36']}, {'label': '2.26.32', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.32', 'version': ['2', '26', '32']}, {'label': '2.26.34', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.34', 'version': ['2', '26', '34']}, {'label': '2.26.38', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.38', 'version': ['2', '26', '38']}, {'label': '2.26.33', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.33', 'version': ['2', '26', '33']}, {'label': '2.26.31', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.31', 'version': ['2', '26', '31']}, {'label': '2.26.35', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.35', 'version': ['2', '26', '35']}] Force version: None History: IntervalTree([Interval(0.0, 640198039.0, '2.26.32'), Interval(640198039.0, 640265396.0, '2.26.31'), Interval(640265396.0, 642159993.0, '2.26.32'), Interval(642159993.0, 643123725.0, '2.26.33'), Interval(643123725.0, 677774249.0, '2.26.34'), Interval(677774249.0, 692380776.0, '2.26.35'), Interval(692380776.0, 761270182.0, '2.26.36'), Interval(761270182.0, 4294967295.0, '2.26.38')]) 2025-11-17 11:52:09,102 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-17 11:52:09,345 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm 2025-11-17 11:52:09,490 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20231019.csv 2025-11-17 11:52:09,522 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ek74u_46 2025-11-17 11:52:09,522 Read config from in: /tmp/ecc_context_ecc_cfg_1_ek74u_46/post_ecc.ini 2025-11-17 11:52:10,856 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ek74u_46/solo_L1_stix-cal-energy_20240201_V03U_ecc_in.fits 2025-11-17 12:15:02,733 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240201_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240201_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240201_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240201_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 12:15:08,713 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 12:15:08,720 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ek74u_46 2025-11-17 12:15:08,815 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/01/CAL/solo_L2_stix-cal-energy_20240201_V02U.fits 2025-11-17 12:15:08,976 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_qz8h9gc2 2025-11-17 12:15:08,977 Read config from in: /tmp/ecc_context_ecc_cfg_1_qz8h9gc2/post_ecc.ini 2025-11-17 12:15:10,192 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_qz8h9gc2/solo_L1_stix-cal-energy_20240208_V03U_ecc_in.fits 2025-11-17 12:37:48,863 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240208_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240208_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240208_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240208_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 12:37:54,987 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 12:37:54,993 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_qz8h9gc2 2025-11-17 12:37:55,079 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/08/CAL/solo_L2_stix-cal-energy_20240208_V02U.fits 2025-11-17 12:37:55,273 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_f3fzpw1p 2025-11-17 12:37:55,274 Read config from in: /tmp/ecc_context_ecc_cfg_1_f3fzpw1p/post_ecc.ini 2025-11-17 12:37:56,503 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_f3fzpw1p/solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits 2025-11-17 13:00:19,802 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 13:00:25,774 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 13:00:25,780 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_f3fzpw1p 2025-11-17 13:00:25,809 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_n5356ll9 2025-11-17 13:00:25,810 Read config from in: /tmp/ecc_context_ecc_cfg_1_n5356ll9/post_ecc.ini 2025-11-17 13:00:28,027 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_n5356ll9/solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits 2025-11-17 13:17:49,222 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240205_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 13:18:06,727 Run ecc post fit: replaced [94.0 %] gain offset pairs with 'better fits' 2025-11-17 13:18:06,734 ECC result Gain_Prime 0.0 for DET 1 PIX 11 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,735 ECC result Gain_Prime 0.0 for DET 6 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,735 ECC result Gain_Prime 0.0 for DET 7 PIX 9 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,735 ECC result Gain_Prime 0.0 for DET 7 PIX 10 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,735 ECC result Gain_Prime 0.0 for DET 8 PIX 3 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,735 ECC result Gain_Prime 0.0 for DET 9 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,735 ECC result Gain_Prime 0.0 for DET 9 PIX 11 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,735 ECC result Gain_Prime 0.0 for DET 11 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 12 PIX 10 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 16 PIX 9 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 18 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 19 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 19 PIX 11 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 21 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 22 PIX 9 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 23 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,736 ECC result Gain_Prime 0.0 for DET 25 PIX 11 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,737 ECC result Gain_Prime 0.0 for DET 26 PIX 10 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,737 ECC result Gain_Prime 0.0 for DET 30 PIX 9 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,737 ECC result Gain_Prime 0.0 for DET 30 PIX 10 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,737 ECC result Gain_Prime 0.0 for DET 31 PIX 9 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,737 ECC result Gain_Prime 0.0 for DET 32 PIX 7 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,737 ECC result Gain_Prime 0.0 for DET 32 PIX 9 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 13:18:06,742 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_n5356ll9 2025-11-17 13:18:06,828 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/05/CAL/solo_L2_stix-cal-energy_20240205_V02U.fits 2025-11-17 13:18:07,012 Created ECC context in: /tmp/ecc_context_ecc_cfg_1__ogg7tjp 2025-11-17 13:18:07,013 Read config from in: /tmp/ecc_context_ecc_cfg_1__ogg7tjp/post_ecc.ini 2025-11-17 13:18:08,245 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1__ogg7tjp/solo_L1_stix-cal-energy_20240207_V03U_ecc_in.fits 2025-11-17 13:41:00,360 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240207_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240207_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240207_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240207_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 13:41:06,460 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 13:41:06,466 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1__ogg7tjp 2025-11-17 13:41:06,546 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/07/CAL/solo_L2_stix-cal-energy_20240207_V02U.fits 2025-11-17 13:41:06,730 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_6wk6ligd 2025-11-17 13:41:06,731 Read config from in: /tmp/ecc_context_ecc_cfg_1_6wk6ligd/post_ecc.ini 2025-11-17 13:41:07,955 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_6wk6ligd/solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits 2025-11-17 14:01:48,648 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 14:01:55,858 Run ecc post fit: replaced [98.7 %] gain offset pairs with 'better fits' 2025-11-17 14:01:55,860 ECC result Gain_Prime 0.0 for DET 5 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 14:01:55,860 ECC result Gain_Prime 0.0 for DET 9 PIX 9 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 14:01:55,860 ECC result Gain_Prime 0.0 for DET 23 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 14:01:55,860 ECC result Gain_Prime 0.0 for DET 27 PIX 10 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 14:01:55,860 ECC result Gain_Prime 0.0 for DET 29 PIX 8 falls below Min_Gain_Prime 0.4, but not in ignore list 2025-11-17 14:01:55,866 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_6wk6ligd 2025-11-17 14:01:55,897 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_7bcjb28e 2025-11-17 14:01:55,898 Read config from in: /tmp/ecc_context_ecc_cfg_1_7bcjb28e/post_ecc.ini 2025-11-17 14:01:57,160 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_7bcjb28e/solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits 2025-11-17 14:24:31,629 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240206_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 14:24:38,569 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 14:24:38,574 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_7bcjb28e 2025-11-17 14:24:38,661 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/06/CAL/solo_L2_stix-cal-energy_20240206_V02U.fits 2025-11-17 14:24:38,820 Created ECC context in: /tmp/ecc_context_ecc_cfg_1__0osuzy3 2025-11-17 14:24:38,821 Read config from in: /tmp/ecc_context_ecc_cfg_1__0osuzy3/post_ecc.ini 2025-11-17 14:24:40,055 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1__0osuzy3/solo_L1_stix-cal-energy_20240203_V03U_ecc_in.fits 2025-11-17 14:47:38,251 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240203_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240203_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240203_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240203_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 14:47:44,232 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 14:47:44,246 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1__0osuzy3 2025-11-17 14:47:44,332 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/03/CAL/solo_L2_stix-cal-energy_20240203_V02U.fits 2025-11-17 14:47:44,494 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_lsl9dh14 2025-11-17 14:47:44,495 Read config from in: /tmp/ecc_context_ecc_cfg_1_lsl9dh14/post_ecc.ini 2025-11-17 14:47:45,716 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_lsl9dh14/solo_L1_stix-cal-energy_20240209_V03U_ecc_in.fits 2025-11-17 15:11:49,094 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240209_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240209_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240209_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240209_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 15:11:55,108 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 15:11:55,115 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_lsl9dh14 2025-11-17 15:11:55,197 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/09/CAL/solo_L2_stix-cal-energy_20240209_V02U.fits 2025-11-17 15:11:55,361 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ziqfwwke 2025-11-17 15:11:55,362 Read config from in: /tmp/ecc_context_ecc_cfg_1_ziqfwwke/post_ecc.ini 2025-11-17 15:11:56,581 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ziqfwwke/solo_L1_stix-cal-energy_20240202_V03U_ecc_in.fits 2025-11-17 15:34:27,777 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240202_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240202_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240202_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240202_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 15:34:33,725 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 15:34:33,732 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ziqfwwke 2025-11-17 15:34:33,815 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/02/CAL/solo_L2_stix-cal-energy_20240202_V02U.fits 2025-11-17 15:34:33,987 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_0bt_7k2t 2025-11-17 15:34:33,987 Read config from in: /tmp/ecc_context_ecc_cfg_1_0bt_7k2t/post_ecc.ini 2025-11-17 15:34:36,154 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_0bt_7k2t/solo_L1_stix-cal-energy_20240204_V03U_ecc_in.fits 2025-11-17 15:57:37,829 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240204_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240204_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240204_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240204_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 15:57:44,024 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 15:57:44,030 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_0bt_7k2t 2025-11-17 15:57:44,121 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/02/04/CAL/solo_L2_stix-cal-energy_20240204_V02U.fits 2025-11-17 15:59:51,201 read rid-lut from stixcore/data/publish/rid_lut.csv 2025-11-17 15:59:53,250 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-17 15:59:53,524 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm 2025-11-17 15:59:53,524 Create SOCManager @ /data/stix/out/fits_utest/tm/processing 2025-11-17 15:59:53,531 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M93_V01.json 2025-11-17 15:59:53,591 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 15:59:53,591 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M91_V01.json 2025-11-17 15:59:53,592 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 15:59:53,592 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M22_V01.json 2025-11-17 15:59:53,594 newer version (2050) found for LTP22_Dec2025-Apr2026: replacing 2025-11-17 15:59:53,594 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V05.json 2025-11-17 15:59:53,595 newer version (3203) found for LTP21_Sep2025-Dec2025: replacing 2025-11-17 15:59:53,595 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V04.json 2025-11-17 15:59:53,597 older version (3200) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 15:59:53,597 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V03.json 2025-11-17 15:59:53,598 older version (3128) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 15:59:53,598 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V02.json 2025-11-17 15:59:53,604 older version (3048) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 15:59:53,604 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M21_V01.json 2025-11-17 15:59:53,610 older version (3038) found for LTP21_Sep2025-Dec2025: skipping 2025-11-17 15:59:53,610 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M20_V01.json 2025-11-17 15:59:53,611 newer version (754) found for LTP20_Jun2025-Sep2025: replacing 2025-11-17 15:59:53,611 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V02.json 2025-11-17 15:59:53,612 newer version (3068) found for LTP19_Mar2025-Jun2025: replacing 2025-11-17 15:59:53,612 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V01.json 2025-11-17 15:59:53,614 older version (3055) found for LTP19_Mar2025-Jun2025: skipping 2025-11-17 15:59:53,614 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M18_V01.json 2025-11-17 15:59:53,614 newer version (717) found for LTP18_Dec2024-Mar2025: replacing 2025-11-17 15:59:53,614 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V02.json 2025-11-17 15:59:53,615 newer version (3107) found for LTP17_Sep2024-Dec2024: replacing 2025-11-17 15:59:53,616 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V01.json 2025-11-17 15:59:53,617 older version (3093) found for LTP17_Sep2024-Dec2024: skipping 2025-11-17 15:59:53,617 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V03.json 2025-11-17 15:59:53,618 newer version (1010) found for LTP16_Jul2024-Sep2024: replacing 2025-11-17 15:59:53,618 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V02.json 2025-11-17 15:59:53,619 older version (1007) found for LTP16_Jul2024-Sep2024: skipping 2025-11-17 15:59:53,619 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V01.json 2025-11-17 15:59:53,625 older version (1006) found for LTP16_Jul2024-Sep2024: skipping 2025-11-17 15:59:53,625 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V02.json 2025-11-17 15:59:53,626 newer version (2415) found for LTP15_Mar2024-Jun2024: replacing 2025-11-17 15:59:53,626 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V01.json 2025-11-17 15:59:53,628 older version (2411) found for LTP15_Mar2024-Jun2024: skipping 2025-11-17 15:59:53,628 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M14_V01.json 2025-11-17 15:59:53,629 newer version (788) found for LTP14_Jan2024-Mar2024: replacing 2025-11-17 15:59:53,629 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M13_V01.json 2025-11-17 15:59:53,630 newer version (2831) found for LTP13_Sep2023-Dec2023: replacing 2025-11-17 15:59:53,630 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V02.json 2025-11-17 15:59:53,630 newer version (557) found for LTP12_Jun2023-Sep2023: replacing 2025-11-17 15:59:53,631 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V01.json 2025-11-17 15:59:53,631 older version (555) found for LTP12_Jun2023-Sep2023: skipping 2025-11-17 15:59:53,631 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V02.json 2025-11-17 15:59:53,632 newer version (3082) found for LTP11_Mar2023-Jun2023: replacing 2025-11-17 15:59:53,632 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V01.json 2025-11-17 15:59:53,633 older version (3026) found for LTP11_Mar2023-Jun2023: skipping 2025-11-17 15:59:53,633 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V02.json 2025-11-17 15:59:53,639 newer version (780) found for LTP10_Dec2022-Mar2023: replacing 2025-11-17 15:59:53,639 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V01.json 2025-11-17 15:59:53,639 older version (754) found for LTP10_Dec2022-Mar2023: skipping 2025-11-17 15:59:53,640 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V02.json 2025-11-17 15:59:53,640 newer version (2798) found for LTP09_Sep2022-Dec2022: replacing 2025-11-17 15:59:53,640 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V01.json 2025-11-17 15:59:53,641 older version (2789) found for LTP09_Sep2022-Dec2022: skipping 2025-11-17 15:59:53,641 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M08_V01.json 2025-11-17 15:59:53,643 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-11-17 15:59:53,643 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M07_V01.json 2025-11-17 15:59:53,648 newer version (1064) found for LTP07_Apr2022-Jun2022: replacing 2025-11-17 15:59:53,648 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V02.json 2025-11-17 15:59:53,650 newer version (2915) found for LTP06_Dec2021-Apr2022: replacing 2025-11-17 15:59:53,650 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V01.json 2025-11-17 15:59:53,651 older version (2882) found for LTP06_Dec2021-Apr2022: skipping 2025-11-17 15:59:53,651 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M05_V01.json 2025-11-17 15:59:53,655 newer version (1670) found for LTP05_Sep2021-Dec2021: replacing 2025-11-17 15:59:53,655 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V02.json 2025-11-17 15:59:53,656 newer version (2584) found for LTP04_Jun2021-Sep2021: replacing 2025-11-17 15:59:53,656 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V01.json 2025-11-17 15:59:53,656 older version (2575) found for LTP04_Jun2021-Sep2021: skipping 2025-11-17 15:59:53,656 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V05.json 2025-11-17 15:59:53,657 newer version (353) found for LTP03_Jan2021-Jun2021_PostSOWG: replacing 2025-11-17 15:59:53,657 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V04.json 2025-11-17 15:59:53,657 older version (332) found for LTP03_Jan2021-Jun2021_PostSOWG: skipping 2025-11-17 15:59:53,657 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V05.json 2025-11-17 15:59:53,660 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-17 15:59:53,660 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V04.json 2025-11-17 15:59:53,660 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-11-17 15:59:53,660 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V03.json 2025-11-17 15:59:53,660 older version (508) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-17 15:59:53,661 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V02.json 2025-11-17 15:59:53,661 older version (394) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-11-17 15:59:53,661 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M01_V04.json 2025-11-17 15:59:53,666 newer version (354) found for LTP01_Jun2020-Jun2020: replacing 2025-11-17 15:59:53,930 SOOP Rebuild Index: soops: 547observations 1191 2025-11-17 16:00:27,101 PIPELINE VERSION Version: unknown Common instrument config version: v0.1.5 PROCESSING VERSIONS Prod: Ephemeris File: /home/nicky/STIXCore/stixcore/products/ANC/aspect.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level0/housekeepingL0.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level0/quicklookL0.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level0/scienceL0.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level1/housekeepingL1.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level1/quicklookL1.py Vers: 2 Prod: RawPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: CompressedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: SummedPixelData File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Visibility File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 4 Prod: Aspect File: /home/nicky/STIXCore/stixcore/products/level1/scienceL1.py Vers: 2 Prod: MiniReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: MaxiReport File: /home/nicky/STIXCore/stixcore/products/level2/housekeepingL2.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Background File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectra File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Variance File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: TMStatusFlareList File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: EnergyCalibration File: /home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py Vers: 2 Prod: Spectrogram File: /home/nicky/STIXCore/stixcore/products/level2/scienceL2.py Vers: 2 Prod: LevelB File: /home/nicky/STIXCore/stixcore/products/levelb/binary.py Vers: 2 Prod: LightCurve File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 Prod: FlareFlag File: /home/nicky/STIXCore/stixcore/products/lowlatency/quicklookLL.py Vers: 2 2025-11-17 16:00:27,108 CONFIG [Paths] tm_archive = /data/stix/out/fits_utest/tm/processing fits_archive = /data/stix/out/test/p311_comp_test/ spice_kernels = /data/stix/spice/kernels soop_files = /data/stix/SOLSOC/from_soc [Logging] stop_on_error = False [IDLBridge] enabled = True gsw_path = /opt/STIX-GSW batchsize = 30 [Pipeline] status_server_port = 12389 parallel_batchsize_l0 = 300 parallel_batchsize_l1 = 100 parallel_batchsize_l2 = 100 log_level = DEBUG log_dir = /data/stix/out/fits_utest/tm/logging error_mail_send = False error_mail_receivers = nicky.hochmuth@ateleris.ch error_mail_smpt_host = lmailer.fhnw.ch error_mail_smpt_port = 25 error_mail_sender = nicky.hochmuth@fhnw.ch start_with_unprocessed = False last_processed = TM_BatchRequest.PktTmRaw.SOL.0.2023.305.15.33.13.852.bBWz@2023.352.21.00.01.039.1.xml.out [Publish] db_file = /home/nicky/soar_pub/published.sqlite include_levels = LL03 waiting_period = 0d target_dir = /home/nicky/soar_pub/to_soc report_mail_receivers = nicky.hochmuth@ateleris.ch report_mail_send = True same_esa_name_dir = /home/nicky/soar_pub/esa_conflicts rid_lut_file = ./stixcore/data/publish/rid_lut.csv rid_lut_file_update_url = https://datacenter.stix.i4ds.net/api/bsd/info/ batch_size = 20000 fits_dir = /data/stix/out/test/esa_release_test3/ ll_waiting_period = 0d supplement_report = /home/nicky/soar_pub/supplement_report.csv include_products = ql,hk,sci,cal log_dir = /data/stix/out/fits_utest/tm/logging [SOOP] endpoint = https://solarorbiter.esac.esa.int/soopkitchen/api user = smaloney password = xxxx soop_files_download = ./stixcore/data/soop [ECC] ecc_path = /opt/stix_det_cal/bin/ 2025-11-17 16:00:27,109 SINGLETONS SOOPManager: /data/stix/SOLSOC/from_soc RidLutManager: file: stixcore/data/publish/rid_lut.csv update: False size: 52588 SPICE: [(PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm'), 'pred', datetime.datetime(2025, 11, 13, 0, 0)), (PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm'), 'flown', datetime.datetime(2025, 11, 17, 0, 0))] IDBManager: /home/nicky/STIXCore/stixcore/data/idb Versions: [{'label': '2.26.37', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.37', 'version': ['2', '26', '37']}, {'label': '2.26.36', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.36', 'version': ['2', '26', '36']}, {'label': '2.26.32', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.32', 'version': ['2', '26', '32']}, {'label': '2.26.34', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.34', 'version': ['2', '26', '34']}, {'label': '2.26.38', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.38', 'version': ['2', '26', '38']}, {'label': '2.26.33', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.33', 'version': ['2', '26', '33']}, {'label': '2.26.31', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.31', 'version': ['2', '26', '31']}, {'label': '2.26.35', 'path': '/home/nicky/STIXCore/stixcore/data/idb/v2.26.35', 'version': ['2', '26', '35']}] Force version: None History: IntervalTree([Interval(0.0, 640198039.0, '2.26.32'), Interval(640198039.0, 640265396.0, '2.26.31'), Interval(640265396.0, 642159993.0, '2.26.32'), Interval(642159993.0, 643123725.0, '2.26.33'), Interval(643123725.0, 677774249.0, '2.26.34'), Interval(677774249.0, 692380776.0, '2.26.35'), Interval(692380776.0, 761270182.0, '2.26.36'), Interval(761270182.0, 4294967295.0, '2.26.38')]) 2025-11-17 16:00:29,778 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20251113_003.tm 2025-11-17 16:00:30,025 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20251117_001.tm 2025-11-17 16:00:30,184 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20240205.csv 2025-11-17 16:00:30,217 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ryo6r1h4 2025-11-17 16:00:30,217 Read config from in: /tmp/ecc_context_ecc_cfg_1_ryo6r1h4/post_ecc.ini 2025-11-17 16:00:31,467 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ryo6r1h4/solo_L1_stix-cal-energy_20240301_V03U_ecc_in.fits 2025-11-17 16:23:36,513 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240301_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240301_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240301_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240301_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 16:23:42,399 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 16:23:42,405 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ryo6r1h4 2025-11-17 16:23:42,492 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/01/CAL/solo_L2_stix-cal-energy_20240301_V02U.fits 2025-11-17 16:23:42,649 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_igy9tszh 2025-11-17 16:23:42,650 Read config from in: /tmp/ecc_context_ecc_cfg_1_igy9tszh/post_ecc.ini 2025-11-17 16:23:43,861 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_igy9tszh/solo_L1_stix-cal-energy_20240308_V03U_ecc_in.fits 2025-11-17 16:46:26,550 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240308_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240308_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240308_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240308_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 16:46:32,424 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 16:46:32,430 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_igy9tszh 2025-11-17 16:46:32,510 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/08/CAL/solo_L2_stix-cal-energy_20240308_V02U.fits 2025-11-17 16:46:32,669 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_6f4kmgsu 2025-11-17 16:46:32,670 Read config from in: /tmp/ecc_context_ecc_cfg_1_6f4kmgsu/post_ecc.ini 2025-11-17 16:46:33,892 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_6f4kmgsu/solo_L1_stix-cal-energy_20240305_V03U_ecc_in.fits 2025-11-17 17:09:54,385 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240305_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240305_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240305_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240305_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 17:10:00,868 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 17:10:00,874 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_6f4kmgsu 2025-11-17 17:10:00,954 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/05/CAL/solo_L2_stix-cal-energy_20240305_V02U.fits 2025-11-17 17:10:01,114 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_dwr7a_w8 2025-11-17 17:10:01,114 Read config from in: /tmp/ecc_context_ecc_cfg_1_dwr7a_w8/post_ecc.ini 2025-11-17 17:10:03,174 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_dwr7a_w8/solo_L1_stix-cal-energy_20240307_V03U_ecc_in.fits 2025-11-17 17:32:53,055 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240307_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240307_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240307_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240307_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 17:32:58,941 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 17:32:58,947 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_dwr7a_w8 2025-11-17 17:32:59,026 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/07/CAL/solo_L2_stix-cal-energy_20240307_V02U.fits 2025-11-17 17:32:59,185 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_0upzylpc 2025-11-17 17:32:59,186 Read config from in: /tmp/ecc_context_ecc_cfg_1_0upzylpc/post_ecc.ini 2025-11-17 17:33:00,392 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_0upzylpc/solo_L1_stix-cal-energy_20240306_V03U_ecc_in.fits 2025-11-17 17:55:57,232 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240306_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240306_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240306_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240306_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 17:56:03,141 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 17:56:03,148 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_0upzylpc 2025-11-17 17:56:03,226 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/06/CAL/solo_L2_stix-cal-energy_20240306_V02U.fits 2025-11-17 17:56:03,382 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_mjdnuhvl 2025-11-17 17:56:03,382 Read config from in: /tmp/ecc_context_ecc_cfg_1_mjdnuhvl/post_ecc.ini 2025-11-17 17:56:04,609 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_mjdnuhvl/solo_L1_stix-cal-energy_20240303_V03U_ecc_in.fits 2025-11-17 18:19:22,781 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240303_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240303_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240303_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240303_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 18:19:28,673 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 18:19:28,680 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_mjdnuhvl 2025-11-17 18:19:28,757 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/03/CAL/solo_L2_stix-cal-energy_20240303_V02U.fits 2025-11-17 18:19:28,915 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_datrrq6f 2025-11-17 18:19:28,916 Read config from in: /tmp/ecc_context_ecc_cfg_1_datrrq6f/post_ecc.ini 2025-11-17 18:19:30,130 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_datrrq6f/solo_L1_stix-cal-energy_20240309_V03U_ecc_in.fits 2025-11-17 18:42:26,205 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240309_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240309_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240309_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240309_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 18:42:33,155 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 18:42:33,162 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_datrrq6f 2025-11-17 18:42:33,238 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/09/CAL/solo_L2_stix-cal-energy_20240309_V02U.fits 2025-11-17 18:42:33,398 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_5uqe0vfe 2025-11-17 18:42:33,399 Read config from in: /tmp/ecc_context_ecc_cfg_1_5uqe0vfe/post_ecc.ini 2025-11-17 18:42:34,620 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_5uqe0vfe/solo_L1_stix-cal-energy_20240302_V03U_ecc_in.fits 2025-11-17 19:05:53,318 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240302_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240302_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240302_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240302_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 19:05:59,252 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 19:05:59,258 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_5uqe0vfe 2025-11-17 19:05:59,336 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/02/CAL/solo_L2_stix-cal-energy_20240302_V02U.fits 2025-11-17 19:05:59,496 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_m71qt6_e 2025-11-17 19:05:59,497 Read config from in: /tmp/ecc_context_ecc_cfg_1_m71qt6_e/post_ecc.ini 2025-11-17 19:06:00,714 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_m71qt6_e/solo_L1_stix-cal-energy_20240304_V03U_ecc_in.fits 2025-11-17 19:29:16,205 ECC bash script executed successfully: ########################################################### ########################################################### ## Bkg ## ########################################################### ###############################################07.04.2020## Bkg is a tool to create a syntetic background spectrum. All configuration are set by the Bkg.cfg file. To plot the sepctrum use: gnuplot Bkg.plt ## reading config file...done ## BKG DATA FILES: 2 [0] STX_bkg_gamma.dat, int = 0.000000 [1] STX_bkg_proton.dat, int = 0.000000 ## BACKGROUND: none ## GAUSS: 2 [0] intensity = 0.0 center = 10.0 kev FWHM = 130.0 kev [1] intensity = 0.0 center = 55.0 kev FWHM = 50.0 kev ## FLUORESCENCE SOURCES: 0 ## SPECTRUM: start = 0.0 keV, stop = 200.0 keV, width = 0.10 keV output saved to Bkg.dat ############################################################# ############################################################# ## ## ## ////// ///// ///// ## ## // /// /// ## ## ////// /// /// ## ## // /// /// ## ## ////// //// //// ## ## ## ############################################################# ############################################################# f: obs=solo_L1_stix-cal-energy_20240304_V03U_ecc_in.fits syn=SynSpec.dat bsyn=1 cmap=-1 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 1.00 -> 0.0041 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0000 z: frac0=0.65, frac=0.55 nbr=6, expansion=1 norm=1.000000 m: y-scale=1 (lin) goc=1 (cor) nbr_cores requested=4 File: SynSpec.dat exist. File: solo_L1_stix-cal-energy_20240304_V03U_ecc_in.fits exist. Output file 'ECC_spec.fits' does not exist. Create output file... Output file 'ECC_para.fits' does not exist. Create output file... Input file 'solo_L1_stix-cal-energy_20240304_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1850; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20240304_V03U_ecc_in.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL Number of rows = 1024 Number of cols = 387 starting calibration: run calibration: ................................................................................................................................................................................................................................................................................................................................................................................................ done write binary table... write binary table done. ########################## ECC end ############################ ---------------------------------------------------------------- ####################### STX_Calib ##21.03.2020################## ---------------------------------------------------------------- input file 'spec_all.fits' found. HDU is not defined -> go to HDU=2 (index = 1) Input file 'ECC_para.fits[1]': Number of HDUs in total: 2 working in HDU 2 (index 1) - type: BINARY_TBL linear mode checking output file... Output file 'spec_all_erg.fits' does not exist. Creating output file... Output file 'spec_all_pel.fits' does not exist. Creating output file... 2025-11-17 19:29:22,193 Run ecc post fit: replaced [100.0 %] gain offset pairs with 'better fits' 2025-11-17 19:29:22,199 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_m71qt6_e 2025-11-17 19:29:22,277 Writing fits file to /data/stix/out/test/p311_comp_test/L2/2024/03/04/CAL/solo_L2_stix-cal-energy_20240304_V02U.fits