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Table 5
Information included in each channel of the products obtained with analyze_rss.py.
| Channel (CH) | Description |
|---|---|
| 01 | Fitting method (0 = Gauss-Hermite, 1 = 1Gauss, 2 = 2Gauss, 3 = Gaussian doublet) |
| 02 | Continuum level in cgs(†) |
| 03 | RMS in cgs |
| 04 | S/N at the peak of the line |
| 05 | Flux from window_data – window_continuum in cgs |
| 06 | Flux from (window_data – window_continuum) / mean_continuum (EW) in Å |
| 07 | Flux from best-fitting function(s) in cgs |
| 08 | EW from best-fitting function(s) in Å |
| 09 | Amplitude for methods 0 & 1 & 2 (1st Gaussian) & 3 (1st Gaussian) in cgs |
| 10 | Central lambda (in Å) for methods 0 & 1 & 2 (1st Gaussian) & 3 (1st Gaussian) |
| 11 | Sigma (in Å) for methods 0 & 1 & 2 (1st Gaussian) & 3 (1st Gaussian) |
| 12 | h3 for method 0 |
| 13 | h4 for method 0 |
| 14 | Amplitude for method 2 (2nd Gaussian) & 3 (1st Gaussian) in cgs |
| 15 | Central lambda (in Å) for method 2 (2nd Gaussian) & 3 (2nd Gaussian) |
| 16 | Sigma (in Å) for method 2 (2nd Gaussian) & 3 (2nd Gaussian) |
| 17 | Velocity in km s−1 from CH 10 (1st Gaussian) |
| 18 | Velocity with heliocentric correction in km s−1 from CH 10 (1st Gaussian) |
| 19 | Sigma in km s−1 from CH 11 (1st Gaussian) |
| 20 | Sigma in km s−1 from CH 11 corrected for instrumental sigma (1st Gaussian) |
| 21 | Velocity in km s−1 from CH 15 (2nd Gaussian) |
| 22 | Velocity with heliocentric correction in km s−1 from CH 15 (2nd Gaussian) |
| 23 | Sigma in km s−1 from CH 16 (2nd Gaussian) |
| 24 | Sigma in km s−1 from CH 16 corrected for instrumental sigma (2nd Gaussian) |
| 25 | Flux from best-fitting 1st Gaussian in cgs |
| 26 | Flux from best-fitting 2nd Gaussian in cgs |
| 27 | Error of CH 05 (Flux from window_data − window_continuum) in cgs |
| 28 | Error of CH 06 ((Flux from window_data − window_continuum)/mean_continuum) in Å |
| 29 | Error of CH 07 (Flux from best-fitting function(s)) in cgs |
| 30 | Error of CH 08 (EW from best-fitting function(s)) in Å |
| 31 | Error of CH 17 (Velocity in km s−1 from CH 10 (1st Gaussian)) in km s−1 |
| 32 | Error of CH 21 (Velocity in km s−1 from CH 15 (2nd Gaussian) in km s−1 |
| 33 | Best-fitting χ2 in cgs |
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