2025-07-22 11:53:23,269 read rid-lut from stixcore/data/publish/rid_lut.csv 2025-07-22 11:53:26,444 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20250710_002.tm 2025-07-22 11:53:26,677 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20250721_002.tm 2025-07-22 11:53:26,678 Create SOCManager @ /data/stix/out/fits_utest/tm/processing 2025-07-22 11:53:26,740 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M93_V01.json 2025-07-22 11:53:26,741 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-07-22 11:53:26,742 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M91_V01.json 2025-07-22 11:53:26,743 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-07-22 11:53:26,743 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M20_V01.json 2025-07-22 11:53:26,745 newer version (754) found for LTP20_Jun2025-Sep2025: replacing 2025-07-22 11:53:26,745 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V02.json 2025-07-22 11:53:26,746 newer version (3068) found for LTP19_Mar2025-Jun2025: replacing 2025-07-22 11:53:26,747 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M19_V01.json 2025-07-22 11:53:26,748 older version (3055) found for LTP19_Mar2025-Jun2025: skipping 2025-07-22 11:53:26,748 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M18_V01.json 2025-07-22 11:53:26,749 newer version (717) found for LTP18_Dec2024-Mar2025: replacing 2025-07-22 11:53:26,749 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V02.json 2025-07-22 11:53:26,751 newer version (3107) found for LTP17_Sep2024-Dec2024: replacing 2025-07-22 11:53:26,751 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M17_V01.json 2025-07-22 11:53:26,752 older version (3093) found for LTP17_Sep2024-Dec2024: skipping 2025-07-22 11:53:26,753 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V03.json 2025-07-22 11:53:26,754 newer version (1010) found for LTP16_Jul2024-Sep2024: replacing 2025-07-22 11:53:26,755 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V02.json 2025-07-22 11:53:26,756 older version (1007) found for LTP16_Jul2024-Sep2024: skipping 2025-07-22 11:53:26,756 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M16_V01.json 2025-07-22 11:53:26,757 older version (1006) found for LTP16_Jul2024-Sep2024: skipping 2025-07-22 11:53:26,758 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V02.json 2025-07-22 11:53:26,759 newer version (2415) found for LTP15_Mar2024-Jun2024: replacing 2025-07-22 11:53:26,759 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M15_V01.json 2025-07-22 11:53:26,761 older version (2411) found for LTP15_Mar2024-Jun2024: skipping 2025-07-22 11:53:26,761 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M14_V01.json 2025-07-22 11:53:26,762 newer version (788) found for LTP14_Jan2024-Mar2024: replacing 2025-07-22 11:53:26,763 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M13_V01.json 2025-07-22 11:53:26,764 newer version (2831) found for LTP13_Sep2023-Dec2023: replacing 2025-07-22 11:53:26,764 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V02.json 2025-07-22 11:53:26,765 newer version (557) found for LTP12_Jun2023-Sep2023: replacing 2025-07-22 11:53:26,765 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M12_V01.json 2025-07-22 11:53:26,766 older version (555) found for LTP12_Jun2023-Sep2023: skipping 2025-07-22 11:53:26,767 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V02.json 2025-07-22 11:53:26,768 newer version (3082) found for LTP11_Mar2023-Jun2023: replacing 2025-07-22 11:53:26,768 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M11_V01.json 2025-07-22 11:53:26,769 older version (3026) found for LTP11_Mar2023-Jun2023: skipping 2025-07-22 11:53:26,769 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V02.json 2025-07-22 11:53:26,770 newer version (780) found for LTP10_Dec2022-Mar2023: replacing 2025-07-22 11:53:26,770 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M10_V01.json 2025-07-22 11:53:26,771 older version (754) found for LTP10_Dec2022-Mar2023: skipping 2025-07-22 11:53:26,772 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V02.json 2025-07-22 11:53:26,773 newer version (2798) found for LTP09_Sep2022-Dec2022: replacing 2025-07-22 11:53:26,773 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M09_V01.json 2025-07-22 11:53:26,774 older version (2789) found for LTP09_Sep2022-Dec2022: skipping 2025-07-22 11:53:26,775 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M08_V01.json 2025-07-22 11:53:26,776 newer version (818) found for LTP08_Jun2022-Sep2022: replacing 2025-07-22 11:53:26,776 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M07_V01.json 2025-07-22 11:53:26,778 newer version (1064) found for LTP07_Apr2022-Jun2022: replacing 2025-07-22 11:53:26,778 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V02.json 2025-07-22 11:53:26,779 newer version (2915) found for LTP06_Dec2021-Apr2022: replacing 2025-07-22 11:53:26,780 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M06_V01.json 2025-07-22 11:53:26,781 older version (2882) found for LTP06_Dec2021-Apr2022: skipping 2025-07-22 11:53:26,781 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M05_V01.json 2025-07-22 11:53:26,783 newer version (1670) found for LTP05_Sep2021-Dec2021: replacing 2025-07-22 11:53:26,783 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V02.json 2025-07-22 11:53:26,784 newer version (2584) found for LTP04_Jun2021-Sep2021: replacing 2025-07-22 11:53:26,784 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M04_V01.json 2025-07-22 11:53:26,785 older version (2575) found for LTP04_Jun2021-Sep2021: skipping 2025-07-22 11:53:26,785 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V05.json 2025-07-22 11:53:26,786 newer version (353) found for LTP03_Jan2021-Jun2021_PostSOWG: replacing 2025-07-22 11:53:26,786 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M03_V04.json 2025-07-22 11:53:26,787 older version (332) found for LTP03_Jan2021-Jun2021_PostSOWG: skipping 2025-07-22 11:53:26,787 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V05.json 2025-07-22 11:53:26,788 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-07-22 11:53:26,788 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V04.json 2025-07-22 11:53:26,788 newer version (580) found for LTP02_Jun2020-Dec2020_PostLaunch: replacing 2025-07-22 11:53:26,789 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V03.json 2025-07-22 11:53:26,789 older version (508) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-07-22 11:53:26,789 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M02_V02.json 2025-07-22 11:53:26,790 older version (394) found for LTP02_Jun2020-Dec2020_PostLaunch: skipping 2025-07-22 11:53:26,790 Read SOOP file: /data/stix/SOLSOC/from_soc/SSTX_observation_timeline_export_M01_V04.json 2025-07-22 11:53:26,791 newer version (354) found for LTP01_Jun2020-Jun2020: replacing 2025-07-22 11:53:27,944 SOOP Rebuild Index: soops: 394observations 1032 2025-07-22 11:53:46,342 PIPELINE VERSION Version: 1.2.1.dev22+gf4f9c5b.d20241107 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 2025-07-22 11:53:46,344 CONFIG [Paths] tm_archive = /data/stix/out/fits_utest/tm/processing fits_archive = /data/stix/out/test/esa_release_test3/ 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 = 100 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/ lock_file_name = stix_ecc.lock 2025-07-22 11:53:46,346 SINGLETONS SOOPManager: /data/stix/SOLSOC/from_soc RidLutManager: file: stixcore/data/publish/rid_lut.csv update: False size: 41401 SPICE: [(PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20250710_002.tm'), 'pred', datetime.datetime(2025, 7, 10, 0, 0)), (PosixPath('/data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20250721_002.tm'), 'flown', datetime.datetime(2025, 7, 21, 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')]) 2025-07-22 11:53:48,530 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-pred-mk_V111_20250710_002.tm 2025-07-22 11:53:48,757 LOADING NEW META KERNEL: /data/stix/spice/kernels/mk/solo_ANC_soc-flown-mk_V111_20250721_002.tm 2025-07-22 11:53:49,283 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20221220.csv 2025-07-22 11:53:49,413 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_a5e01eif 2025-07-22 11:53:54,161 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_a5e01eif/solo_L1_stix-cal-energy_20230130_V01.fits 2025-07-22 11:54:05,442 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_20230130_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230130_V01.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_20230130_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230130_V01.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: ..............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10242 best node: --Node:0x55dab70b87b0 cor = 5.457929 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55dab70b8830 locn = 0x55dab70b8830 prev = 0x55dab70b8730 z_in = (nil) z_out = 0x55dab6fe56d0 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:54:05,469 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_a5e01eif 2025-07-22 11:54:05,806 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/30/CAL/solo_L2_stix-cal-energy_20230130_V02U.fits 2025-07-22 11:54:06,373 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20220918.csv 2025-07-22 11:54:06,503 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_hnh5k5w6 2025-07-22 11:54:11,393 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_hnh5k5w6/solo_L1_stix-cal-energy_20230110_V01.fits 2025-07-22 11:54:22,493 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_20230110_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230110_V01.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_20230110_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230110_V01.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: ....................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10377 best node: --Node:0x56426e211670 cor = 4.027865 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x56426e2116f0 locn = 0x56426e2116f0 prev = 0x56426e2115f0 z_in = (nil) z_out = 0x56426e12d490 ---------- id=84 end ---------- ............................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:54:22,515 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_hnh5k5w6 2025-07-22 11:54:22,779 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/10/CAL/solo_L2_stix-cal-energy_20230110_V02U.fits 2025-07-22 11:54:23,409 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_eerg5jsc 2025-07-22 11:54:28,291 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_eerg5jsc/solo_L1_stix-cal-energy_20230101_V01.fits 2025-07-22 11:54:39,533 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_20230101_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230101_V01.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_20230101_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230101_V01.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: ........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10485 best node: --Node:0x55d376277530 cor = 5.503554 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55d3762775b0 locn = 0x55d3762775b0 prev = 0x55d3762774b0 z_in = (nil) z_out = 0x55d376190ad0 ---------- id=84 end ---------- ........................................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:54:39,555 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_eerg5jsc 2025-07-22 11:54:39,819 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/01/CAL/solo_L2_stix-cal-energy_20230101_V02U.fits 2025-07-22 11:54:40,338 Successfully read ELUT file: /home/nicky/STIXCore/stixcore/config/data/common/elut/elut_table_20221214.csv 2025-07-22 11:54:40,460 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ipay5ixs 2025-07-22 11:54:45,821 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ipay5ixs/solo_L1_stix-cal-energy_20230124_V01.fits 2025-07-22 11:54:57,023 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_20230124_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230124_V01.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_20230124_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230124_V01.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: .........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10476 best node: --Node:0x55787e5c44f0 cor = 5.499826 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55787e5c4570 locn = 0x55787e5c4570 prev = 0x55787e5c4470 z_in = (nil) z_out = 0x55787e4df170 ---------- id=84 end ---------- ....................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:54:57,057 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ipay5ixs 2025-07-22 11:54:57,331 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/24/CAL/solo_L2_stix-cal-energy_20230124_V02U.fits 2025-07-22 11:54:57,963 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_r_t_4yz1 2025-07-22 11:55:02,645 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_r_t_4yz1/solo_L1_stix-cal-energy_20230108_V01.fits 2025-07-22 11:55:13,784 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_20230108_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230108_V01.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_20230108_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230108_V01.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: .........................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10026 best node: --Node:0x564a0db3bdd0 cor = 4.527113 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x564a0db3be50 locn = 0x564a0db3be50 prev = 0x564a0db3bd50 z_in = (nil) z_out = 0x564a0db89170 ---------- id=84 end ---------- ....................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:55:13,810 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_r_t_4yz1 2025-07-22 11:55:14,098 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/08/CAL/solo_L2_stix-cal-energy_20230108_V02U.fits 2025-07-22 11:55:14,764 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_jl75sowq 2025-07-22 11:55:19,457 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_jl75sowq/solo_L1_stix-cal-energy_20230105_V01.fits 2025-07-22 11:55:30,655 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_20230105_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230105_V01.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_20230105_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230105_V01.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: .....................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10575 best node: --Node:0x560b19f5fe10 cor = 5.577769 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x560b19f5fe90 locn = 0x560b19f5fe90 prev = 0x560b19f5fd90 z_in = (nil) z_out = 0x560b19fa94f0 ---------- id=84 end ---------- ........................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:55:30,678 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_jl75sowq 2025-07-22 11:55:30,943 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/05/CAL/solo_L2_stix-cal-energy_20230105_V02U.fits 2025-07-22 11:55:31,568 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_2qgvizcs 2025-07-22 11:55:36,297 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_2qgvizcs/solo_L1_stix-cal-energy_20230114_V01.fits 2025-07-22 11:55:47,582 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_20230114_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230114_V01.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_20230114_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230114_V01.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: ..........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10134 best node: --Node:0x55beb6b3bed0 cor = 5.406413 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55beb6b3bf50 locn = 0x55beb6b3bf50 prev = 0x55beb6b3be50 z_in = (nil) z_out = 0x55beb6a5c9d0 ---------- id=84 end ---------- ...................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:55:47,604 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_2qgvizcs 2025-07-22 11:55:47,867 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/14/CAL/solo_L2_stix-cal-energy_20230114_V02U.fits 2025-07-22 11:55:48,487 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_4ujeytbr 2025-07-22 11:55:53,184 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_4ujeytbr/solo_L1_stix-cal-energy_20230107_V01.fits 2025-07-22 11:56:04,202 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_20230107_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230107_V01.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_20230107_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230107_V01.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: .............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10188 best node: --Node:0x55f92046c910 cor = 5.445801 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55f92046c990 locn = 0x55f92046c990 prev = 0x55f92046c890 z_in = (nil) z_out = 0x55f92038c690 ---------- id=84 end ---------- ................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:56:04,224 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_4ujeytbr 2025-07-22 11:56:04,486 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/07/CAL/solo_L2_stix-cal-energy_20230107_V02U.fits 2025-07-22 11:56:05,108 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_r09hb2ec 2025-07-22 11:56:10,358 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_r09hb2ec/solo_L1_stix-cal-energy_20230120_V01.fits 2025-07-22 11:56:21,428 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_20230120_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230120_V01.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_20230120_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230120_V01.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: ............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10188 best node: --Node:0x556f635c5f50 cor = 5.417086 p[ 0] = 242.407410 p[ 1] = 2.299259 next = 0x556f635c5fd0 locn = (nil) prev = 0x556f635c5ed0 z_in = (nil) z_out = 0x556f634f7270 ---------- id=84 end ---------- .................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:56:21,452 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_r09hb2ec 2025-07-22 11:56:21,731 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/20/CAL/solo_L2_stix-cal-energy_20230120_V02U.fits 2025-07-22 11:56:22,391 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_b_alxcck 2025-07-22 11:56:27,145 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_b_alxcck/solo_L1_stix-cal-energy_20230106_V01.fits 2025-07-22 11:56:38,433 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_20230106_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230106_V01.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_20230106_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230106_V01.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: ..........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 9900 best node: --Node:0x55cb1faf5270 cor = 5.379892 p[ 0] = 242.777771 p[ 1] = 2.294444 next = 0x55cb1faf52f0 locn = 0x55cb1faf52f0 prev = 0x55cb1faf51f0 z_in = 0x55cb1fbbc3d0 z_out = 0x55cb1fc2a200 ---------- id=84 end ---------- ...................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:56:38,455 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_b_alxcck 2025-07-22 11:56:38,717 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/06/CAL/solo_L2_stix-cal-energy_20230106_V02U.fits 2025-07-22 11:56:39,362 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_v8ja0_cu 2025-07-22 11:56:44,044 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_v8ja0_cu/solo_L1_stix-cal-energy_20230103_V01.fits 2025-07-22 11:56:55,113 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_20230103_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230103_V01.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_20230103_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230103_V01.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: .................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10242 best node: --Node:0x564e539d8550 cor = 5.450022 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x564e539d85d0 locn = 0x564e539d85d0 prev = 0x564e539d84d0 z_in = (nil) z_out = 0x564e538f5e70 ---------- id=84 end ---------- ............................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:56:55,136 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_v8ja0_cu 2025-07-22 11:56:55,405 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/03/CAL/solo_L2_stix-cal-energy_20230103_V02U.fits 2025-07-22 11:56:56,103 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_p0f3mxkf 2025-07-22 11:57:00,793 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_p0f3mxkf/solo_L1_stix-cal-energy_20230131_V01.fits 2025-07-22 11:57:08,961 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_20230131_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230131_V01.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_20230131_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230131_V01.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: .......................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 7524 best node: --Node:0x5577d6b571a0 cor = 5.160131 p[ 0] = 243.148148 p[ 1] = 2.286296 next = 0x5577d6b57220 locn = 0x5577d6b57220 prev = 0x5577d6b57120 z_in = (nil) z_out = 0x5577d6bfa5d0 ---------- id=84 end ---------- ......................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:57:08,983 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_p0f3mxkf 2025-07-22 11:57:09,114 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ztcpu2it 2025-07-22 11:57:14,346 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ztcpu2it/solo_L1_stix-cal-energy_20230131_V01.fits 2025-07-22 11:57:25,524 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_20230131_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230131_V01.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_20230131_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230131_V01.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: ...........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10422 best node: --Node:0x55f3fe219b30 cor = 5.477745 p[ 0] = 242.407410 p[ 1] = 2.299259 next = 0x55f3fe219bb0 locn = (nil) prev = 0x55f3fe219ab0 z_in = (nil) z_out = 0x55f3fe26a130 ---------- id=84 end ---------- ..................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:57:25,559 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ztcpu2it 2025-07-22 11:57:25,560 Error processing file /data/stix/out/test/esa_release_test3/L1/2023/01/31/CAL/solo_L1_stix-cal-energy_20230131_V01.fits Traceback (most recent call last): File "/home/nicky/STIXCore/stixcore/processing/L1toL2.py", line 91, in process_type for l2 in tmp.from_level1(l1, parent=complete_file_name, idlprocessor=idlprocessor): File "/home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py", line 285, in from_level1 l2.data.add_column(Column(name='e_edges_actual', data=e_actual_list, File "/home/nicky/STIXCore/venv/lib/python3.9/site-packages/astropy/table/table.py", line 2413, in add_column raise ValueError("Inconsistent data column lengths") ValueError: Inconsistent data column lengths 2025-07-22 11:57:25,565 Inconsistent data column lengths 2025-07-22 11:57:26,186 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_hs5apmua 2025-07-22 11:57:31,173 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_hs5apmua/solo_L1_stix-cal-energy_20230123_V01.fits 2025-07-22 11:57:42,439 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_20230123_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230123_V01.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_20230123_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230123_V01.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: ..................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10287 best node: --Node:0x557b80cb48f0 cor = 5.452702 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x557b80cb4970 locn = 0x557b80cb4970 prev = 0x557b80cb4870 z_in = (nil) z_out = 0x557b80cfc570 ---------- id=84 end ---------- .............................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:57:42,465 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_hs5apmua 2025-07-22 11:57:42,736 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/23/CAL/solo_L2_stix-cal-energy_20230123_V02U.fits 2025-07-22 11:57:43,386 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_hcmefv36 2025-07-22 11:57:48,093 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_hcmefv36/solo_L1_stix-cal-energy_20230116_V01.fits 2025-07-22 11:57:59,389 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_20230116_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230116_V01.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_20230116_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230116_V01.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: ............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10440 best node: --Node:0x55e4dadfd130 cor = 5.504916 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55e4dadfd1b0 locn = 0x55e4dadfd1b0 prev = 0x55e4dadfd0b0 z_in = (nil) z_out = 0x55e4dae579b0 ---------- id=84 end ---------- .................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:57:59,411 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_hcmefv36 2025-07-22 11:57:59,674 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/16/CAL/solo_L2_stix-cal-energy_20230116_V02U.fits 2025-07-22 11:58:00,319 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_3q3jked7 2025-07-22 11:58:05,004 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_3q3jked7/solo_L1_stix-cal-energy_20230121_V01.fits 2025-07-22 11:58:16,185 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_20230121_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230121_V01.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_20230121_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230121_V01.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: .............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat .final nbr_cor_tot = 10179 best node: --Node:0x55a221610090 cor = 5.456714 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55a221610110 locn = 0x55a221610110 prev = 0x55a221610010 z_in = (nil) z_out = 0x55a221530290 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:58:16,211 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_3q3jked7 2025-07-22 11:58:16,495 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/21/CAL/solo_L2_stix-cal-energy_20230121_V02U.fits 2025-07-22 11:58:17,167 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_qe6r59nf 2025-07-22 11:58:21,959 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_qe6r59nf/solo_L1_stix-cal-energy_20230112_V01.fits 2025-07-22 11:58:33,159 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_20230112_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230112_V01.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_20230112_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230112_V01.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: ...........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10377 best node: --Node:0x56301bb747b0 cor = 5.488419 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x56301bb74830 locn = 0x56301bb74830 prev = 0x56301bb74730 z_in = (nil) z_out = 0x56301bbb0190 ---------- id=84 end ---------- ..................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:58:33,181 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_qe6r59nf 2025-07-22 11:58:33,443 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/12/CAL/solo_L2_stix-cal-energy_20230112_V02U.fits 2025-07-22 11:58:34,093 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_fen88p39 2025-07-22 11:58:39,702 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_fen88p39/solo_L1_stix-cal-energy_20230127_V01.fits 2025-07-22 11:58:50,837 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_20230127_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230127_V01.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_20230127_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230127_V01.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: ........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10044 best node: --Node:0x55ce4e9fd850 cor = 5.414713 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55ce4e9fd8d0 locn = 0x55ce4e9fd8d0 prev = 0x55ce4e9fd7d0 z_in = (nil) z_out = 0x55ce4ea50ef0 ---------- id=84 end ---------- ........................................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:58:50,861 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_fen88p39 2025-07-22 11:58:51,134 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/27/CAL/solo_L2_stix-cal-energy_20230127_V02U.fits 2025-07-22 11:58:51,773 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_3c8iyno0 2025-07-22 11:58:56,486 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_3c8iyno0/solo_L1_stix-cal-energy_20230111_V01.fits 2025-07-22 11:59:07,585 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_20230111_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230111_V01.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_20230111_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230111_V01.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: ..........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10377 best node: --Node:0x56458639e570 cor = 4.571873 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x56458639e5f0 locn = 0x56458639e5f0 prev = 0x56458639e4f0 z_in = (nil) z_out = 0x5645863ea330 ---------- id=84 end ---------- ...................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:59:07,607 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_3c8iyno0 2025-07-22 11:59:07,869 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/11/CAL/solo_L2_stix-cal-energy_20230111_V02U.fits 2025-07-22 11:59:08,513 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_nf5hg6zu 2025-07-22 11:59:13,232 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_nf5hg6zu/solo_L1_stix-cal-energy_20230126_V01.fits 2025-07-22 11:59:24,409 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_20230126_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230126_V01.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_20230126_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230126_V01.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: ...........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10233 best node: --Node:0x557f2e63a090 cor = 5.458507 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x557f2e63a110 locn = 0x557f2e63a110 prev = 0x557f2e63a010 z_in = (nil) z_out = 0x557f2e6773b0 ---------- id=84 end ---------- ..................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:59:24,431 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_nf5hg6zu 2025-07-22 11:59:24,703 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/26/CAL/solo_L2_stix-cal-energy_20230126_V02U.fits 2025-07-22 11:59:25,351 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_bobcbc2c 2025-07-22 11:59:30,071 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_bobcbc2c/solo_L1_stix-cal-energy_20230119_V01.fits 2025-07-22 11:59:41,180 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_20230119_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230119_V01.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_20230119_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230119_V01.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: ...............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10413 best node: --Node:0x563228c26130 cor = 5.440573 p[ 0] = 242.777771 p[ 1] = 2.294444 next = 0x563228c261b0 locn = 0x563228c261b0 prev = 0x563228c260b0 z_in = 0x563228bc63b0 z_out = 0x563228c01890 ---------- id=84 end ---------- ................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:59:41,204 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_bobcbc2c 2025-07-22 11:59:41,467 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/19/CAL/solo_L2_stix-cal-energy_20230119_V02U.fits 2025-07-22 11:59:42,115 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_fet3e7r1 2025-07-22 11:59:47,482 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_fet3e7r1/solo_L1_stix-cal-energy_20230122_V01.fits 2025-07-22 11:59:58,668 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_20230122_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230122_V01.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_20230122_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230122_V01.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: ............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 9981 best node: --Node:0x55ea596a7fd0 cor = 5.400371 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55ea596a8050 locn = 0x55ea596a8050 prev = 0x55ea596a7f50 z_in = (nil) z_out = 0x55ea59722cc0 ---------- id=84 end ---------- .................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 11:59:58,691 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_fet3e7r1 2025-07-22 11:59:58,952 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/22/CAL/solo_L2_stix-cal-energy_20230122_V02U.fits 2025-07-22 11:59:59,597 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_4gygpgdv 2025-07-22 12:00:04,374 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_4gygpgdv/solo_L1_stix-cal-energy_20230125_V01.fits 2025-07-22 12:00:17,855 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_20230125_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230125_V01.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_20230125_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230125_V01.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: .......................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 9945 best node: --Node:0x55cf36a28cf0 cor = 5.400587 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55cf36a28d70 locn = 0x55cf36a28d70 prev = 0x55cf36a28c70 z_in = (nil) z_out = 0x55cf36abb020 ---------- id=84 end ---------- ......................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:00:17,880 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_4gygpgdv 2025-07-22 12:00:18,155 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/25/CAL/solo_L2_stix-cal-energy_20230125_V02U.fits 2025-07-22 12:00:18,837 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_u55rb9dj 2025-07-22 12:00:23,708 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_u55rb9dj/solo_L1_stix-cal-energy_20230128_V01.fits 2025-07-22 12:00:35,575 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_20230128_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230128_V01.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_20230128_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230128_V01.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: .........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10332 best node: --Node:0x55a16e862ed0 cor = 5.470104 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55a16e862f50 locn = 0x55a16e862f50 prev = 0x55a16e862e50 z_in = (nil) z_out = 0x55a16e78e7d0 ---------- id=84 end ---------- ....................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:00:35,597 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_u55rb9dj 2025-07-22 12:00:35,860 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/28/CAL/solo_L2_stix-cal-energy_20230128_V02U.fits 2025-07-22 12:00:36,494 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_9m50f_d4 2025-07-22 12:00:41,207 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_9m50f_d4/solo_L1_stix-cal-energy_20230109_V01.fits 2025-07-22 12:00:52,855 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_20230109_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230109_V01.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_20230109_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230109_V01.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: .....................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10449 best node: --Node:0x55ba6c525510 cor = 4.541574 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55ba6c525590 locn = 0x55ba6c525590 prev = 0x55ba6c525490 z_in = (nil) z_out = 0x55ba6c43b930 ---------- id=84 end ---------- ........................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:00:52,879 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_9m50f_d4 2025-07-22 12:00:53,152 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/09/CAL/solo_L2_stix-cal-energy_20230109_V02U.fits 2025-07-22 12:00:53,803 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_wws6y9rq 2025-07-22 12:00:58,622 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_wws6y9rq/solo_L1_stix-cal-energy_20230129_V01.fits 2025-07-22 12:01:09,743 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_20230129_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230129_V01.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_20230129_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230129_V01.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: ..............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10377 best node: --Node:0x5585211a5070 cor = 5.485925 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x5585211a50f0 locn = 0x5585211a50f0 prev = 0x5585211a4ff0 z_in = (nil) z_out = 0x5585211dcf70 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:01:09,767 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_wws6y9rq 2025-07-22 12:01:10,038 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/29/CAL/solo_L2_stix-cal-energy_20230129_V02U.fits 2025-07-22 12:01:10,691 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_6j112y7a 2025-07-22 12:01:16,008 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_6j112y7a/solo_L1_stix-cal-energy_20230102_V01.fits 2025-07-22 12:01:27,650 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_20230102_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230102_V01.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_20230102_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230102_V01.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: ............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10017 best node: --Node:0x56297f2d6e90 cor = 5.419223 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x56297f2d6f10 locn = 0x56297f2d6f10 prev = 0x56297f2d6e10 z_in = (nil) z_out = 0x56297f1fceb0 ---------- id=84 end ---------- .................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:01:27,679 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_6j112y7a 2025-07-22 12:05:54,813 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/02/CAL/solo_L2_stix-cal-energy_20230102_V02U.fits 2025-07-22 12:05:55,506 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_q2gcon4i 2025-07-22 12:06:00,399 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_q2gcon4i/solo_L1_stix-cal-energy_20230113_V01.fits 2025-07-22 12:06:11,839 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_20230113_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230113_V01.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_20230113_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230113_V01.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: ..............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10116 best node: --Node:0x5584ce3965d0 cor = 5.438687 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x5584ce396650 locn = 0x5584ce396650 prev = 0x5584ce396550 z_in = (nil) z_out = 0x5584ce3e8d70 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:06:11,866 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_q2gcon4i 2025-07-22 12:06:12,134 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/13/CAL/solo_L2_stix-cal-energy_20230113_V02U.fits 2025-07-22 12:06:12,798 Created ECC context in: /tmp/ecc_context_ecc_cfg_1__dnmsdbx 2025-07-22 12:06:17,515 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1__dnmsdbx/solo_L1_stix-cal-energy_20230115_V01.fits 2025-07-22 12:06:28,921 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_20230115_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230115_V01.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_20230115_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230115_V01.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: ..................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10035 best node: --Node:0x562e30d5ad50 cor = 5.403329 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x562e30d5add0 locn = 0x562e30d5add0 prev = 0x562e30d5acd0 z_in = (nil) z_out = 0x562e30dabc10 ---------- id=84 end ---------- .............................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:06:28,946 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1__dnmsdbx 2025-07-22 12:06:29,213 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/15/CAL/solo_L2_stix-cal-energy_20230115_V02U.fits 2025-07-22 12:06:29,860 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_vq8k_feg 2025-07-22 12:06:34,580 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_vq8k_feg/solo_L1_stix-cal-energy_20230104_V01.fits 2025-07-22 12:06:45,782 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_20230104_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230104_V01.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_20230104_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230104_V01.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: .................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10233 best node: --Node:0x55ddaa387550 cor = 5.453661 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55ddaa3875d0 locn = 0x55ddaa3875d0 prev = 0x55ddaa3874d0 z_in = (nil) z_out = 0x55ddaa3c80b0 ---------- id=84 end ---------- ............................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:06:45,804 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_vq8k_feg 2025-07-22 12:06:46,065 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/01/04/CAL/solo_L2_stix-cal-energy_20230104_V02U.fits 2025-07-22 12:06:46,760 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_i0wlk1h8 2025-07-22 12:06:52,077 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_i0wlk1h8/solo_L1_stix-cal-energy_20230301_V01.fits 2025-07-22 12:07:03,243 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_20230301_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230301_V01.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_20230301_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230301_V01.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: ..............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10143 best node: --Node:0x55875a33f530 cor = 5.499743 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55875a33f5b0 locn = 0x55875a33f5b0 prev = 0x55875a33f4b0 z_in = (nil) z_out = 0x55875a3b5e70 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:07:03,269 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_i0wlk1h8 2025-07-22 12:07:03,546 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/03/01/CAL/solo_L2_stix-cal-energy_20230301_V02U.fits 2025-07-22 12:07:04,212 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_jmo8m46e 2025-07-22 12:07:09,036 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_jmo8m46e/solo_L1_stix-cal-energy_20230303_V01.fits 2025-07-22 12:07:20,328 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_20230303_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230303_V01.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_20230303_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230303_V01.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: ..........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10566 best node: --Node:0x559174215d90 cor = 5.505981 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x559174215e10 locn = 0x559174215e10 prev = 0x559174215d10 z_in = (nil) z_out = 0x55917424a0b0 ---------- id=84 end ---------- ...................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:07:20,353 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_jmo8m46e 2025-07-22 12:07:20,623 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/03/03/CAL/solo_L2_stix-cal-energy_20230303_V02U.fits 2025-07-22 12:07:21,266 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ef_35i4_ 2025-07-22 12:07:25,975 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ef_35i4_/solo_L1_stix-cal-energy_20230302_V01.fits 2025-07-22 12:07:37,298 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_20230302_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230302_V01.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_20230302_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230302_V01.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: ..........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10134 best node: --Node:0x56101a167730 cor = 5.495480 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x56101a1677b0 locn = 0x56101a1677b0 prev = 0x56101a1676b0 z_in = (nil) z_out = 0x56101a1f1f60 ---------- id=84 end ---------- ...................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:07:37,320 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ef_35i4_ 2025-07-22 12:07:37,582 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/03/02/CAL/solo_L2_stix-cal-energy_20230302_V02U.fits 2025-07-22 12:07:38,218 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_g5dyq30r 2025-07-22 12:07:42,916 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_g5dyq30r/solo_L1_stix-cal-energy_20230304_V01.fits 2025-07-22 12:07:54,263 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_20230304_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230304_V01.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_20230304_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230304_V01.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: .........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10161 .best node: --Node:0x5594a19f10e0 cor = 5.423501 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x5594a19f1160 locn = 0x5594a19f1160 prev = 0x5594a19f1060 z_in = (nil) z_out = 0x5594a1a44b80 ---------- id=84 end ---------- ...................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:07:54,286 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_g5dyq30r 2025-07-22 12:07:54,549 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/03/04/CAL/solo_L2_stix-cal-energy_20230304_V02U.fits 2025-07-22 12:07:55,178 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_xo9pi9j3 2025-07-22 12:08:00,400 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_xo9pi9j3/solo_L1_stix-cal-energy_20230210_V01.fits 2025-07-22 12:08:11,611 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_20230210_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230210_V01.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_20230210_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230210_V01.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: ............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10224 best node: --Node:0x55908b5d3870 cor = 4.580352 p[ 0] = 242.592590 p[ 1] = 2.290370 next = 0x55908b5d38f0 locn = 0x55908b5d38f0 prev = 0x55908b5d37f0 z_in = (nil) z_out = 0x55908b4f5910 ---------- id=84 end ---------- .................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:08:11,636 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_xo9pi9j3 2025-07-22 12:08:11,899 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/10/CAL/solo_L2_stix-cal-energy_20230210_V02U.fits 2025-07-22 12:08:12,546 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_k3pyy5dd 2025-07-22 12:08:17,236 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_k3pyy5dd/solo_L1_stix-cal-energy_20230201_V01.fits 2025-07-22 12:08:28,563 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_20230201_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230201_V01.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_20230201_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230201_V01.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: ..........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat .final nbr_cor_tot = 10044 best node: --Node:0x55795638a5d0 cor = 5.411675 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55795638a650 locn = 0x55795638a650 prev = 0x55795638a550 z_in = (nil) z_out = 0x5579562aeb50 ---------- id=84 end ---------- ..................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:08:28,588 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_k3pyy5dd 2025-07-22 12:08:28,869 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/01/CAL/solo_L2_stix-cal-energy_20230201_V02U.fits 2025-07-22 12:08:29,539 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_wzt0g9nk 2025-07-22 12:08:34,401 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_wzt0g9nk/solo_L1_stix-cal-energy_20230224_V01.fits 2025-07-22 12:08:45,672 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_20230224_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230224_V01.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_20230224_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230224_V01.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: ....................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10044 best node: --Node:0x56043a2b2d90 cor = 5.402741 p[ 0] = 242.777771 p[ 1] = 2.291852 next = 0x56043a2b2e10 locn = 0x56043a2b2e10 prev = 0x56043a2b2d10 z_in = (nil) z_out = 0x56043a1e0a90 ---------- id=84 end ---------- ............................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:08:45,706 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_wzt0g9nk 2025-07-22 12:08:46,001 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/24/CAL/solo_L2_stix-cal-energy_20230224_V02U.fits 2025-07-22 12:08:46,646 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_pj_atb4s 2025-07-22 12:08:51,332 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_pj_atb4s/solo_L1_stix-cal-energy_20230208_V01.fits 2025-07-22 12:09:02,586 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_20230208_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230208_V01.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_20230208_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230208_V01.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: ........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10314 best node: --Node:0x561cb6d4a410 cor = 3.234603 p[ 0] = 238.703705 p[ 1] = 2.288519 next = 0x561cb6d4a490 locn = 0x561cb6d4a490 prev = 0x561cb6d4a390 z_in = (nil) z_out = 0x561cb6dc4190 ---------- id=84 end ---------- ........................................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:09:02,608 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_pj_atb4s 2025-07-22 12:09:02,871 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/08/CAL/solo_L2_stix-cal-energy_20230208_V02U.fits 2025-07-22 12:09:03,512 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_bugmy5f_ 2025-07-22 12:09:08,212 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_bugmy5f_/solo_L1_stix-cal-energy_20230205_V01.fits 2025-07-22 12:09:19,628 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_20230205_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230205_V01.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_20230205_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230205_V01.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: ......................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 9864 best node: --Node:0x55e49b5ed890 cor = 5.454618 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55e49b5ed910 locn = 0x55e49b5ed910 prev = 0x55e49b5ed810 z_in = (nil) z_out = 0x55e49b6517d0 ---------- id=84 end ---------- .......................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:09:19,650 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_bugmy5f_ 2025-07-22 12:09:19,910 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/05/CAL/solo_L2_stix-cal-energy_20230205_V02U.fits 2025-07-22 12:09:20,550 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_nlzcamx_ 2025-07-22 12:09:25,863 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_nlzcamx_/solo_L1_stix-cal-energy_20230214_V01.fits 2025-07-22 12:09:37,323 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_20230214_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230214_V01.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_20230214_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230214_V01.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: ..............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10215 best node: --Node:0x55c34ea39310 cor = 4.578704 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55c34ea39390 locn = 0x55c34ea39390 prev = 0x55c34ea39290 z_in = (nil) z_out = 0x55c34ea9a610 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:09:37,345 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_nlzcamx_ 2025-07-22 12:09:37,608 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/14/CAL/solo_L2_stix-cal-energy_20230214_V02U.fits 2025-07-22 12:09:38,253 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_tdx7czbz 2025-07-22 12:09:42,960 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_tdx7czbz/solo_L1_stix-cal-energy_20230207_V01.fits 2025-07-22 12:09:54,067 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_20230207_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230207_V01.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_20230207_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230207_V01.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: ...............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10035 best node: --Node:0x559178cfb0a0 cor = 4.393802 p[ 0] = 238.703705 p[ 1] = 2.288519 next = 0x559178cfb120 locn = 0x559178cfb120 prev = 0x559178cfb020 z_in = (nil) z_out = 0x559178e28100 ---------- id=84 end ---------- ................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:09:54,089 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_tdx7czbz 2025-07-22 12:09:54,351 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/07/CAL/solo_L2_stix-cal-energy_20230207_V02U.fits 2025-07-22 12:09:54,998 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_9lj07u36 2025-07-22 12:09:59,959 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_9lj07u36/solo_L1_stix-cal-energy_20230220_V01.fits 2025-07-22 12:10:11,450 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_20230220_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230220_V01.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_20230220_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230220_V01.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: ........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 9990 best node: --Node:0x55d8d4709d30 cor = 5.345256 p[ 0] = 242.777771 p[ 1] = 2.294444 next = 0x55d8d4709db0 locn = 0x55d8d4709db0 prev = 0x55d8d4709cb0 z_in = 0x55d8d4696030 z_out = 0x55d8d46e7d10 ---------- id=84 end ---------- ........................................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:10:11,472 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_9lj07u36 2025-07-22 12:10:11,735 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/20/CAL/solo_L2_stix-cal-energy_20230220_V02U.fits 2025-07-22 12:10:12,470 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_7msrrz0s 2025-07-22 12:10:17,237 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_7msrrz0s/solo_L1_stix-cal-energy_20230206_V01.fits 2025-07-22 12:10:30,129 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_20230206_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230206_V01.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_20230206_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230206_V01.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: ...............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 11619 best node: --Node:0x5604f63f44f0 cor = 5.636734 p[ 0] = 238.333328 p[ 1] = 2.345186 next = 0x5604f63f4570 locn = 0x5604f63f4570 prev = 0x5604f63f4470 z_in = (nil) z_out = 0x5604f6441670 ---------- id=84 end ---------- ................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:10:30,152 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_7msrrz0s 2025-07-22 12:10:30,283 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_0h69ynpz 2025-07-22 12:10:35,533 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_0h69ynpz/solo_L1_stix-cal-energy_20230206_V01.fits 2025-07-22 12:10:46,269 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_20230206_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230206_V01.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_20230206_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230206_V01.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: ....................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 9774 best node: --Node:0x556bebec3230 cor = 3.005748 p[ 0] = 238.703705 p[ 1] = 2.295556 next = 0x556bebec32b0 locn = 0x556bebec32b0 prev = 0x556bebec31b0 z_in = (nil) z_out = 0x556bebe10230 ---------- id=84 end ---------- ............................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:10:46,292 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_0h69ynpz 2025-07-22 12:10:46,294 Error processing file /data/stix/out/test/esa_release_test3/L1/2023/02/06/CAL/solo_L1_stix-cal-energy_20230206_V01.fits Traceback (most recent call last): File "/home/nicky/STIXCore/stixcore/processing/L1toL2.py", line 91, in process_type for l2 in tmp.from_level1(l1, parent=complete_file_name, idlprocessor=idlprocessor): File "/home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py", line 285, in from_level1 l2.data.add_column(Column(name='e_edges_actual', data=e_actual_list, File "/home/nicky/STIXCore/venv/lib/python3.9/site-packages/astropy/table/table.py", line 2413, in add_column raise ValueError("Inconsistent data column lengths") ValueError: Inconsistent data column lengths 2025-07-22 12:10:46,295 Inconsistent data column lengths 2025-07-22 12:10:46,892 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_uc5ptjj1 2025-07-22 12:10:51,594 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_uc5ptjj1/solo_L1_stix-cal-energy_20230203_V01.fits 2025-07-22 12:11:02,819 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_20230203_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230203_V01.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_20230203_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230203_V01.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: ....................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10323 best node: --Node:0x562a9195e890 cor = 5.446379 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x562a9195e910 locn = 0x562a9195e910 prev = 0x562a9195e810 z_in = (nil) z_out = 0x562a9187e610 ---------- id=84 end ---------- ............................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:11:02,846 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_uc5ptjj1 2025-07-22 12:11:03,120 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/03/CAL/solo_L2_stix-cal-energy_20230203_V02U.fits 2025-07-22 12:11:03,770 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_vdarq285 2025-07-22 12:11:08,457 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_vdarq285/solo_L1_stix-cal-energy_20230217_V01.fits 2025-07-22 12:11:19,718 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_20230217_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230217_V01.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_20230217_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230217_V01.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: ...............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10314 best node: --Node:0x55cec1ee1310 cor = 3.068011 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55cec1ee1390 locn = 0x55cec1ee1390 prev = 0x55cec1ee1290 z_in = (nil) z_out = 0x55cec1e0e230 ---------- id=84 end ---------- ................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:11:19,741 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_vdarq285 2025-07-22 12:11:20,022 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/17/CAL/solo_L2_stix-cal-energy_20230217_V02U.fits 2025-07-22 12:11:20,688 Created ECC context in: /tmp/ecc_context_ecc_cfg_1__x2j3jw9 2025-07-22 12:11:25,405 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1__x2j3jw9/solo_L1_stix-cal-energy_20230218_V01.fits 2025-07-22 12:11:36,821 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_20230218_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230218_V01.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_20230218_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230218_V01.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: ..............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10062 best node: --Node:0x55e8ceb473f0 cor = 5.429265 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55e8ceb47470 locn = 0x55e8ceb47470 prev = 0x55e8ceb47370 z_in = (nil) z_out = 0x55e8cea6a2f0 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:11:36,844 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1__x2j3jw9 2025-07-22 12:11:37,112 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/18/CAL/solo_L2_stix-cal-energy_20230218_V02U.fits 2025-07-22 12:11:37,804 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_u0fjmcug 2025-07-22 12:11:42,663 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_u0fjmcug/solo_L1_stix-cal-energy_20230223_V01.fits 2025-07-22 12:11:53,972 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_20230223_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230223_V01.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_20230223_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230223_V01.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: ...................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10458 best node: --Node:0x5641b8790e90 cor = 5.500484 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x5641b8790f10 locn = 0x5641b8790f10 prev = 0x5641b8790e10 z_in = (nil) z_out = 0x5641b86ada30 ---------- id=84 end ---------- ............................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:11:53,996 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_u0fjmcug 2025-07-22 12:11:54,266 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/23/CAL/solo_L2_stix-cal-energy_20230223_V02U.fits 2025-07-22 12:11:54,943 Created ECC context in: /tmp/ecc_context_ecc_cfg_1__fdmv_q8 2025-07-22 12:12:00,287 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1__fdmv_q8/solo_L1_stix-cal-energy_20230216_V01.fits 2025-07-22 12:12:11,609 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_20230216_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230216_V01.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_20230216_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230216_V01.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: ...........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10530 best node: --Node:0x55db2e11bc90 cor = 5.511327 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55db2e11bd10 locn = 0x55db2e11bd10 prev = 0x55db2e11bc10 z_in = (nil) z_out = 0x55db2e15dc50 ---------- id=84 end ---------- ..................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:12:11,631 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1__fdmv_q8 2025-07-22 12:12:11,892 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/16/CAL/solo_L2_stix-cal-energy_20230216_V02U.fits 2025-07-22 12:12:12,541 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_yrrwsgkx 2025-07-22 12:12:17,231 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_yrrwsgkx/solo_L1_stix-cal-energy_20230221_V01.fits 2025-07-22 12:12:28,584 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_20230221_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230221_V01.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_20230221_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230221_V01.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: ................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10260 best node: --Node:0x55830c1becd0 cor = 5.428841 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x55830c1bed50 locn = 0x55830c1bed50 prev = 0x55830c1bec50 z_in = (nil) z_out = 0x55830c1f7bd0 ---------- id=84 end ---------- ................................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:12:28,606 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_yrrwsgkx 2025-07-22 12:12:28,867 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/21/CAL/solo_L2_stix-cal-energy_20230221_V02U.fits 2025-07-22 12:12:29,529 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_0hkdzt1j 2025-07-22 12:12:34,250 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_0hkdzt1j/solo_L1_stix-cal-energy_20230212_V01.fits 2025-07-22 12:12:45,674 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_20230212_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230212_V01.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_20230212_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230212_V01.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: ..........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10251 best node: --Node:0x5591a321ac30 cor = 5.445676 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x5591a321acb0 locn = 0x5591a321acb0 prev = 0x5591a321abb0 z_in = (nil) z_out = 0x5591a327bf30 ---------- id=84 end ---------- ...................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:12:45,698 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_0hkdzt1j 2025-07-22 12:12:45,976 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/12/CAL/solo_L2_stix-cal-energy_20230212_V02U.fits 2025-07-22 12:12:46,632 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_f9etxd57 2025-07-22 12:12:51,551 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_f9etxd57/solo_L1_stix-cal-energy_20230227_V01.fits 2025-07-22 12:13:03,052 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_20230227_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230227_V01.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_20230227_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230227_V01.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: ..................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10395 best node: --Node:0x5643057ab550 cor = 5.520493 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x5643057ab5d0 locn = 0x5643057ab5d0 prev = 0x5643057ab4d0 z_in = (nil) z_out = 0x5643057e16b0 ---------- id=84 end ---------- .............................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:13:03,078 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_f9etxd57 2025-07-22 12:13:03,358 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/27/CAL/solo_L2_stix-cal-energy_20230227_V02U.fits 2025-07-22 12:13:04,031 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_xjjmminb 2025-07-22 12:13:09,384 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_xjjmminb/solo_L1_stix-cal-energy_20230211_V01.fits 2025-07-22 12:13:20,738 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_20230211_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230211_V01.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_20230211_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230211_V01.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: .....................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10377 best node: --Node:0x5638e4f49490 cor = 4.818772 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x5638e4f49510 locn = 0x5638e4f49510 prev = 0x5638e4f49410 z_in = (nil) z_out = 0x5638e4fa31e0 ---------- id=84 end ---------- ........................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:13:20,762 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_xjjmminb 2025-07-22 12:13:21,024 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/11/CAL/solo_L2_stix-cal-energy_20230211_V02U.fits 2025-07-22 12:13:21,666 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_60legccu 2025-07-22 12:13:26,399 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_60legccu/solo_L1_stix-cal-energy_20230226_V01.fits 2025-07-22 12:13:37,912 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_20230226_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230226_V01.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_20230226_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230226_V01.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: ................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10458 best node: --Node:0x55f8d8aa5c90 cor = 5.486025 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55f8d8aa5d10 locn = 0x55f8d8aa5d10 prev = 0x55f8d8aa5c10 z_in = (nil) z_out = 0x55f8d8ae8cb0 ---------- id=84 end ---------- ................................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:13:37,937 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_60legccu 2025-07-22 12:13:38,211 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/26/CAL/solo_L2_stix-cal-energy_20230226_V02U.fits 2025-07-22 12:13:38,865 Created ECC context in: /tmp/ecc_context_ecc_cfg_1__b3pgpj0 2025-07-22 12:13:43,558 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1__b3pgpj0/solo_L1_stix-cal-energy_20230219_V01.fits 2025-07-22 12:13:54,753 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_20230219_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230219_V01.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_20230219_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230219_V01.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: ...........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10251 best node: --Node:0x55628326d230 cor = 5.494095 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x55628326d2b0 locn = 0x55628326d2b0 prev = 0x55628326d1b0 z_in = (nil) z_out = 0x556283193eb0 ---------- id=84 end ---------- ..................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:13:54,775 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1__b3pgpj0 2025-07-22 12:13:55,037 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/19/CAL/solo_L2_stix-cal-energy_20230219_V02U.fits 2025-07-22 12:13:55,681 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_s2fwmi4j 2025-07-22 12:14:00,378 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_s2fwmi4j/solo_L1_stix-cal-energy_20230222_V01.fits 2025-07-22 12:14:11,593 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_20230222_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230222_V01.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_20230222_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230222_V01.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: ..................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10035 best node: --Node:0x5566c0a31610 cor = 5.432067 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x5566c0a31690 locn = 0x5566c0a31690 prev = 0x5566c0a31590 z_in = (nil) z_out = 0x5566c09568b0 ---------- id=84 end ---------- .............................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:14:11,615 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_s2fwmi4j 2025-07-22 12:14:11,879 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/22/CAL/solo_L2_stix-cal-energy_20230222_V02U.fits 2025-07-22 12:14:12,533 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_i39ai2d8 2025-07-22 12:14:17,226 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_i39ai2d8/solo_L1_stix-cal-energy_20230225_V01.fits 2025-07-22 12:14:28,515 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_20230225_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230225_V01.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_20230225_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230225_V01.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: ............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10161 best node: --Node:0x555bd9234d70 cor = 3.390666 p[ 0] = 242.407410 p[ 1] = 2.299259 next = 0x555bd9234df0 locn = (nil) prev = 0x555bd9234cf0 z_in = (nil) z_out = 0x555bd928f430 ---------- id=84 end ---------- .................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:14:28,537 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_i39ai2d8 2025-07-22 12:14:28,799 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/25/CAL/solo_L2_stix-cal-energy_20230225_V02U.fits 2025-07-22 12:14:29,451 Created ECC context in: /tmp/ecc_context_ecc_cfg_1__4ha7nhl 2025-07-22 12:14:34,654 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1__4ha7nhl/solo_L1_stix-cal-energy_20230228_V01.fits 2025-07-22 12:14:46,052 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_20230228_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230228_V01.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_20230228_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230228_V01.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: ..............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10440 best node: --Node:0x56324b79cdd0 cor = 5.494720 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x56324b79ce50 locn = 0x56324b79ce50 prev = 0x56324b79cd50 z_in = (nil) z_out = 0x56324b6c5e50 ---------- id=84 end ---------- .................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:14:46,073 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1__4ha7nhl 2025-07-22 12:14:46,335 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/28/CAL/solo_L2_stix-cal-energy_20230228_V02U.fits 2025-07-22 12:14:46,983 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_4282q585 2025-07-22 12:14:51,695 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_4282q585/solo_L1_stix-cal-energy_20230209_V01.fits 2025-07-22 12:15:02,884 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_20230209_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230209_V01.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_20230209_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230209_V01.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: .............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10296 best node: --Node:0x556afb818a90 cor = 3.830240 p[ 0] = 242.777771 p[ 1] = 2.284815 next = 0x556afb818b10 locn = 0x556afb818b10 prev = 0x556afb818a10 z_in = (nil) z_out = 0x556afb745530 ---------- id=84 end ---------- ................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:15:02,907 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_4282q585 2025-07-22 12:15:03,173 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/09/CAL/solo_L2_stix-cal-energy_20230209_V02U.fits 2025-07-22 12:15:03,858 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_6apuridh 2025-07-22 12:15:08,573 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_6apuridh/solo_L1_stix-cal-energy_20230202_V01.fits 2025-07-22 12:15:19,848 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_20230202_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230202_V01.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_20230202_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230202_V01.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: .......................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 9810 best node: --Node:0x561f8bcb3b10 cor = 5.389117 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x561f8bcb3b90 locn = 0x561f8bcb3b90 prev = 0x561f8bcb3a90 z_in = (nil) z_out = 0x561f8bdb7580 ---------- id=84 end ---------- ......................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:15:19,871 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_6apuridh 2025-07-22 12:15:20,001 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_96kj7jy3 2025-07-22 12:15:24,748 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_96kj7jy3/solo_L1_stix-cal-energy_20230202_V01.fits 2025-07-22 12:15:28,793 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_20230202_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230202_V01.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_20230202_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230202_V01.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: ........................................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 3780 best node: --Node:0x555ae8bfaa50 cor = 4.060316 p[ 0] = 222.962952 p[ 1] = 2.244815 next = 0x555ae8bfaad0 locn = (nil) prev = 0x555ae8bfa9d0 z_in = (nil) z_out = 0x555ae8bd16b0 ---------- id=84 end ---------- ........................................ done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:15:28,816 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_96kj7jy3 2025-07-22 12:15:28,818 Error processing file /data/stix/out/test/esa_release_test3/L1/2023/02/02/CAL/solo_L1_stix-cal-energy_20230202_V01.fits Traceback (most recent call last): File "/home/nicky/STIXCore/stixcore/processing/L1toL2.py", line 91, in process_type for l2 in tmp.from_level1(l1, parent=complete_file_name, idlprocessor=idlprocessor): File "/home/nicky/STIXCore/stixcore/products/level2/quicklookL2.py", line 285, in from_level1 l2.data.add_column(Column(name='e_edges_actual', data=e_actual_list, File "/home/nicky/STIXCore/venv/lib/python3.9/site-packages/astropy/table/table.py", line 2428, in add_column self.columns[name] = col File "/home/nicky/STIXCore/venv/lib/python3.9/site-packages/astropy/table/table.py", line 292, in __setitem__ raise ValueError( ValueError: Cannot replace column 'e_edges_actual'. Use Table.replace_column() instead. 2025-07-22 12:15:28,818 Cannot replace column 'e_edges_actual'. Use Table.replace_column() instead. 2025-07-22 12:15:29,404 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_qm22y7qz 2025-07-22 12:15:34,641 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_qm22y7qz/solo_L1_stix-cal-energy_20230213_V01.fits 2025-07-22 12:15:45,801 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_20230213_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230213_V01.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_20230213_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230213_V01.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: ...............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10287 best node: --Node:0x562c6894c610 cor = 3.895382 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x562c6894c690 locn = 0x562c6894c690 prev = 0x562c6894c590 z_in = (nil) z_out = 0x562c6898d3b0 ---------- id=84 end ---------- ................................................. done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:15:45,824 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_qm22y7qz 2025-07-22 12:15:46,088 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/13/CAL/solo_L2_stix-cal-energy_20230213_V02U.fits 2025-07-22 12:15:46,722 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_ud1vuo4_ 2025-07-22 12:15:51,400 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_ud1vuo4_/solo_L1_stix-cal-energy_20230215_V01.fits 2025-07-22 12:16:02,773 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_20230215_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230215_V01.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_20230215_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230215_V01.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: ............................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10575 best node: --Node:0x562a6bfec350 cor = 5.512635 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x562a6bfec3d0 locn = 0x562a6bfec3d0 prev = 0x562a6bfec2d0 z_in = (nil) z_out = 0x562a6c020f70 ---------- id=84 end ---------- .................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:16:02,796 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_ud1vuo4_ 2025-07-22 12:16:03,057 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/15/CAL/solo_L2_stix-cal-energy_20230215_V02U.fits 2025-07-22 12:16:03,713 Created ECC context in: /tmp/ecc_context_ecc_cfg_1_lf179piq 2025-07-22 12:16:08,515 Energy calibration data in ECC format written to /tmp/ecc_context_ecc_cfg_1_lf179piq/solo_L1_stix-cal-energy_20230204_V01.fits 2025-07-22 12:16:19,672 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_20230204_V01.fits syn=SynSpec.dat bsyn=1 cmap=84 nbr of parameters = 2 a: +200.00 <= offset < +260.00, dif= 5.00 -> 0.1852 b: +2.20 <= gain < +2.50, dif= 0.01 -> 0.0004 z: frac0=0.65, frac=0.55 nbr=4, 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_20230204_V01.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_20230204_V01.fits': Number of HDUs in total: 2 working in HDU 2 - type: BINARY_TBL syn_spec: length=1851; obs_spec: length=1024, channels=384 Input file 'solo_L1_stix-cal-energy_20230204_V01.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: .........................................................................................................................................................................................................................................................................................................................................Data written in CorMap.dat final nbr_cor_tot = 10323 best node: --Node:0x5594f00fed70 cor = 5.458688 p[ 0] = 242.592590 p[ 1] = 2.291481 next = 0x5594f00fedf0 locn = 0x5594f00fedf0 prev = 0x5594f00fecf0 z_in = (nil) z_out = 0x5594f01960a0 ---------- id=84 end ---------- ....................................................... done Output file 'ECC_spec_084.fits' does not exist. Create output file... write binary table... write binary table done. ########################## ECC end ############################ 2025-07-22 12:16:19,695 Cleaned up ECC context: /tmp/ecc_context_ecc_cfg_1_lf179piq 2025-07-22 12:16:19,956 Writing fits file to /data/stix/out/test/esa_release_test3/L2/2023/02/04/CAL/solo_L2_stix-cal-energy_20230204_V02U.fits