Page History
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- NIRISS: For the jump detection algorithm, the pipeline seems to be detecting a large fraction of jumps (~20% per integration). This is most likely due to a mismatch between reference files used to generate the simulations and the ones used to reduce the data, which ultimately leads to badly calculated errorbars, which might be giving rise to bad jumps. Will re-check this step once this is solved by the simulator, but the jump step seems to be doing what is intended to doapparently a known issue in other instruments as well, and is due to aggresive parameters in the reference files. These will need to be calibrated with on-sky data.
- NIRCam
- MIRI:
- NIRSpec:
Stage 2: Spectroscopic processing TSO testing
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Pipeline step | NIRISS status | NIRISS comments | NIRCam status | NIRCam comments | MIRI status | MIRI comments | NIRSpec status | NIRSpec comments | ||||||||||||||||||||||||||||||||||||||||||||
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outlier_detection |
| Testing and validation done. Found some problems both with the documentation (
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tso_photometry | N/A |
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extract_1d |
| This step currently extracts a big chunk of the whole subarray as a spectrum, which produced order overlap, which makes this step produce an unusable product for science right now. An algorithm is in development for this step. For details, see
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white_light |
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