Instrument / Group | Description of the Issue (include PR links if possible) | Priority | Status |
---|---|---|---|
DMS / Calibration | Optimal CALTSO3 background subtraction needs to be implemented | ||
DMS / Calibration | Continuous Integration: We should develop a standard set of tests that automatically run on the calibration pipeline whenever there is an update. | ||
DMS / Calibration | ISIM clock is not precise enough for TSO, need to use FPE clock for relative time and S/C clock for reference point | ||
MIRI TSO | Target acquisition needs to be implemented in APT | ||
MIRI TSO | Enable TSO mode for MIRI imaging | ||
MIRI TSO | Tests show long persistence ramp in TSO data, no easy means to pre-flash detector
| ||
MIRI TSO | Enable MRS TSO mode
| ||
NIRCam TSO | Need to enable SW DHS spectroscopic mode | ||
NIRCam TSO | Enable narrow-band filter option for target acquisition | ||
NIRCam TSO | Enable TA on saturated targets | ||
NIRSpec BOTS | How do we ensure the target falls in the 1.6” aperture before TA? | ||
NIRSpec BOTS | Enable WATA on saturated targets | ||
NIRSpec BOTS | Enable WATA with NGROUPS=1 or 2 | ||
NIRSpec BOTS | Enable 100% duty cycle mode | ||
NIRISS SOSS | Enable mode to use F277W filter to remove spectral overlap as a calibration | ||
NIRISS SOSS | Enable 100% duty cycle mode | ||
JDox | Need bias and 1% saturation levels to make target fluence recommendation to observers | ||
JDox | Add decision tree describing how to plan TSOs | ||
ETC | Needs brightest pixel listed in output |