| Item | Notes | Action-items |
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| 1.a | - RPW L1/HK data processing status
- Bias L1 CURRENT CDFs have been shared (see https://rpw.lesia.obspm.fr/roc/data/private/solo/rpw/data/BIA/)
- Samples of Bias L1 SWEEP CDFs - Verification with Bias team in progress
- Automated L1/HK CDF production is on-going
- Provision of SPICE kernels by the SOC via GFTS is now automated (and regular). See https://rpw.lesia.obspm.fr/roc/data/private/solo/soc/spice/
- Adding in metadata SPICE kernels used to process L0/L1/HK Epoch times is on-going (for L1/HK CDF they will provide as entries of the "Parents" global attribute)
- First L1 CDF for SBM mode should be available next week in the ROC Web site
- To be done: QUALITY_BITMASK/QUALITY_FLAG, SOOP/OBS_ID
- Older L0/L1/HK CDFs ready to be moved into "former_versions" subdir (done next week)
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| 2 | - RPW L1R/L2 data processing status at LESIA
See | View file |
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name | 200423_ROC_Telecon21_NQN.pdfheight | 250- Anomaly report
- SCM SURV-CWF L2 data: problem with SAMPLING_RATE (to be fixed in SCMCAL 0.11.0)
- Anomaly reported by LFR concerning BP1 L2 skeletons V06
- Proposal for RCS update at LESIA and L1R/L2 generation cadence ?
- RCS update every TBD weeks or months ?
- After each delivery ?
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| 3. | - Implementation in two steps:
- Teams drop their summary plot files in the dedicated 'summary_plots' folder in the SFTP at LESIA. Then ROC team moves the files into the ROC Web site (https://rpw.lesia.obspm.fr/roc/data/private/solo/rpw/data/SummaryPlots/)
- ROC will progressively get the programs (from Gitlab as RCS software) to create the summary plots at LESIA
- Conventions:
- File naming : see mail sent on April 18, 2020 at 18:30 by X.Bonnin "[roc.rcs] RPW summary plots -- proposal for file naming convention and delivery to LESIA"
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| 4. | - Proposed implementation:
- For IDL (SCMCAL and TDS_CALBA):- An instance of SPICE/ICY N00066 has been already installed on the roc2-dev.obspm.fr and roc.obspm.fr servers in /usr/local/spice/icy folder. (N.B. feel free to use it on your own for RCS dev/test).- Before each run of the RCS by the ROC pipeline, the variable $IDL_DLM_PATH will be automatically set to point towards the /usr/local/spice/icy/lib path containing the icy.dlm and icy.so files
- For Python (LFR_CALBUT):- It is highly recommended to the LFR team to use the spiceypy module (https://spiceypy.readthedocs.io/en/master/) for any SPICE computation. Please be sure to apply the version 2.2.0 working with CSPICE N00066.- spiceypy will be installed by the ROC when deploying the LFR_CALBUT virtual environment on the roc servers. As for other Python dependencies, it will be done using the requirements.txt file (for you it means just add the line "spiceypy == 2.2.0" to the config/calbut_requirements.txt file)
- We have noticed that BICAS (Matlab) and THR_CALBAR (IDL) are not concerned by SPICE implementation for now.
- Two additional environment variables SPICE_MK_PRED_PATH and SPICE_MK_FLOWN_PATH pointing towards "predictived" and "as-flown" metakernels
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| 5. | - To be delivered to ROC in "cal" folder in sftp-lesia
- Should now converge on naming convention → solo_CAL_rpw-*.cdf
- To be implemented --> calibration catalog files (JSON instead of XML ?)
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