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Stage 1: Detector Processing TSO testing

Pipeline stepNIRISS statusNIRISS commentsNIRCam statusNIRCam commentsMIRI statusMIRI commentsNIRSpec statusNIRSpec comments
group_scale

Status
colourGreen
titleDone

The step is supossed to do nothing for NIRISS/SOSS (here, a group = 1 frame). Indeed, nothing changes when running this step, except for the length of the ASDF element in the HDU list object, which is normal.

Status
titletodo


N/A

Status
titletodo


dq_init

Status
colour

Yellow

Green
title

ongoing

Done

This step correctly initializes the data-quality flags, as it is supposed to do
. However, still not clear what the PIXELDQ mask is reporting. GROUPDQ masks make sense with respect
, according to the reference
file bad pixel
mask in CRDS.

Status
titletodo


Status
titletodo


Status
titletodo


saturation

Status
colourGreen
titleDone

This step does what is expected to do: it captures saturated pixels and flags them in the GROUPDQ masks. The simulations used for this validation had saturated pixels and they were correctly identified (flagged) by the pipeline.

Status
titletodo


Status
titletodo


Status
titletodo


superbias

Status
colourGreen
title

Done

Tested my own bias substraction using reference files and got exact same results.
todo

Status
titletodo


N/A

Status
titletodo


resetN/A
N/A

Status
colourGreen
titleDONE

This was tested on a TSO imaging file separately since this step does not currently run by default. The test passed with no issues.N/A
linearity

Status
colourGreen
title

Done

Tested linearity correction using reference files and got exact same results.
todo

Status
titletodo


Status
titletodo


Status
titletodo


rscdN/A
N/A

Status
titletodo


N/A
dark_current

Status
colourGreen
title

todo

Done

Dark frames perform expected corrections on the data.

Status
titletodo


Status
titletodo


Status
titletodo


refpix

Status
colourYellow
title

ongoing

Currently, does not do anything to NIRISS/SOSS simulations, as reference pixels there are set to zero. When injecting a fake strain of reference pixels got results I still don't understand (see below).
todo

Status
titletodo


Status
titleTODO


Status
titletodo


jump

Status
colourGreen
titleDone

Step produced no errors. Manually introduced jumps were detected.

Status
titletodo


Status
titletodo


Status
titletodo


ramp_fitting

Status
colourYellow
titleongoing

*rateints files show spikes not seen with my own ramp fits, and do not report timestamps. This has been identified as an awesimsoss header bug.

Status
colourYellow
titleONGOING

produced rateints with 7.5 and independent linear fits; substantial difference in a subset of data.

Status
titletodo


Status
titletodo


gain_scale

Status
titletodo


Status
titletodo


Status
titletodo


Status
titletodo











Extended comments by instrument branch:

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