This page summarizes the information concerning the RPW Calibration Software (RCS) data products.
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Data products summary list
- ROC-SGSE Solar Orbiter RPW data products summary list (generated by the RODP, RIVP and RCS)
- RODP
data products summary list (generated by the RGTS)
Key personel
The table below gives the teams involved in the RCS activities.
| Team | Institute in charge | People in charge |
|---|---|---|
| TDS team | IAP (Prague, Czech Rep.) | Jan Soucek (TDS Lead CoI) David Pisa (software engineer) |
| LFR team | LPP (Palaiseau, France) | Thomas Chust (LFR Lead CoI) Bruno Katra (software engineer) Rodrigue Piberne (software engineer) |
| THR team | LESIA (Meudon, France) | Milan Maksimovic (THR Lead CoI) Lorenzo Matteini Antonio Vecchio (THR calibration scientist) Qunynh Nhu Nguyen (software engineer) |
| SCM team | LPC2E (Orléans, France) | Matthieu Kretzschmar (CoI) Jean-Yves Brochot (software engineer)Gamil Cassam-Chenai Jérémie Pragout (software engineer) |
| Bias team | IRF-U (Uppsala, Sweden) | Andris Vaivads Yuri Khotyaintsev (Bias Lead CoI)Yuri Khotyaintsev (Bias CoI Erik Johansson (software engineer) Erik JohanssonNiklas Edberg (software engineer) |
Software responsibilities
| RCS name | Short description | Team in charge | Programming language and version |
|---|---|---|---|
| TDS_CALBA | The TDS CALiBration softwAre produces TDS L1R/L2 data (except L2 waveforms) | TDS | IDL |
| LFR_CALBUT | The LFR CALiBration software UniT produces LFR L1R/L2 data (except L2 waveform) | LFR | Python |
| THR_CALBAR | The THR CALiBration softwARe produces THR L1R/L2 data | THR | IDL |
| SCMCAL | The SCM CALibration software produces L2 waveform data - magnetic (B) component | SCM | IDL |
| BICAS | The BIas CAlibration Software produces L2 waveform data - Low Frequency (LF) electric (E) component | Bias | Matlab |
Data products responsibilities
The L1 data files will be produced by the ROC, including the Bias sweeping and currents files.
| Data products | Team in charge | Comment | |||
|---|---|---|---|---|---|
| TDS L1R waveforms data - B component | TDS | ||||
| TDS L1R waveforms data - E component | TDS | ||||
| TDS L2 waveforms data - B component | SCM | Using TDS RCT and transfer functions at receiver level | |||
| TDS L2 waveforms data - LF E component | Bias | Using TDS RCT and transfer functions at receiver level | |||
| TDS L2 waveforms data - HF E component | THR?TDS | Using TDS RCT and transfer functions at receiver level and THR PA HF RCT at sensor level | |||
| LFR L1R waveforms data - B component | LFR | ||||
| LFR L1R waveforms data - E component | LFR | ||||
| LFR L2 waveforms data - B component | SCM | Using LFR RCT and transfer function at receiver level | |||
| LFR L2 waveforms data - LF E component | Bias | Using LFR RCT and transfer function at receiver level | |||
| LFR L2 waveforms data - HF E component (Bias failed) | Bias | If Bias failed data are in the same dataset, it should be Bias team. | THR L1R component data | THR | Do L1R datasets are required for THR? |
| THR L2 E & B components data | THR | E & B components are in the same CDF file (specific flag will be used to indicate if B sensor is used) |