This page summarizes the information concerning the RPW Calibration Software (RCS) data products.
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Data products summary list
- Solar Orbiter RPW data products summary list (generated by the RODP, RIVP and RCS)
RPW ground test 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 componentL2 E & B components data | THR | Do L1R datasets are required for THR? | THR L2 E component data | THR |
THR L2 B component data | THR? | Specific dataset? |
Calibration responsibilities
E & B components are in the same CDF file (specific flag will be used to indicate if B sensor is used) |