The OSIRIS Data Reduction Pipeline (DRP) converts raw 2-d images into 3-d datacubes via rectification matrices (recmats). Recmats are created by combining 30 (broadband) or 62 (narrowband) calibration scans that illuminate a single column of lenslets.
Even with good scans, the individual spectra must be extracted properly to build a good recmat. The plots below analyze how well-centered the individual spectra were in the extraction strip. Spectra should be centered between pixels 6-8.
Click on a link for your filter and scale combination to see how well-centered recent recmats are.
| Filter | 20 mas | 35 mas | 50 mas | 100 mas |
|---|---|---|---|---|
| Zbb | Zbb_020 | Zbb_035 | Zbb_050 | Zbb_100 |
| Jbb | Jbb_020 | Jbb_035 | Jbb_050 | Jbb_100 |
| Hbb | Hbb_020 | Hbb_035 | Hbb_050 | Hbb_100 |
| Kbb | Kbb_020 | Kbb_035 | Kbb_050 | Kbb_100 |
| Kcb | Kcb_020 | Kcb_035 | Kcb_050 | Kcb_100 |
| Zn2 | No recmat | No recmat | No recmat | No recmat |
| Zn3 | No recmat | No recmat | No recmat | No recmat |
| Zn4 | Zn4_020 | Zn4_035 | Zn4_050 | Zn4_100 |
| Zn5 | No recmat | No recmat | No recmat | No recmat |
| Jn1 | Jn1_020 | Jn1_035 | Jn1_050 | Jn1_100 |
| Jn2 | Jn2_020 | Jn2_035 | Jn2_050 | Jn2_100 |
| Jn3 | Jn3_020 | Jn3_035 | Jn3_050 | Jn3_100 |
| Jn4 | Jn4_020 | Jn4_035 | Jn4_050 | Jn4_100 |
| Hn1 | Hn1_020 | Hn1_035 | Hn1_050 | Hn1_100 |
| Hn2 | Hn2_020 | Hn2_035 | Hn2_050 | Hn2_100 |
| Hn3 | Hn3_020 | Hn3_035 | Hn3_050 | Hn3_100 |
| Hn4 | Hn4_020 | Hn4_035 | Hn4_050 | Hn4_100 |
| Hn5 | Hn5_020 | Hn5_035 | Hn5_050 | Hn5_100 |
| Kn1 | Kn1_020 | Kn1_035 | Kn1_050 | Kn1_100 |
| Kn2 | Kn2_020 | Kn2_035 | Kn2_050 | Kn2_100 |
| Kn3 | Kn3_020 | Kn3_035 | Kn3_050 | Kn3_100 |
| Kn4 | Kn4_020 | Kn4_035 | Kn4_050 | Kn4_100 |
| Kn5 | Kn5_020 | Kn5_035 | Kn5_050 | Kn5_100 |
| Kc3 | No recmat | No recmat | No recmat | Kc3_100 |
| Kc4 | No recmat | No recmat | No recmat | Kc4_100 |
| Kc5 | No recmat | No recmat | No recmat | Kc5_100 |