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  1. DRP 2-D Pipeline
  2. PIPE2D-614

Illumination estimate of the pupil should be constant across different defocuses for single spot

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    Details

    • Type: Task
    • Status: Done (View Workflow)
    • Priority: Normal
    • Resolution: Done
    • Affects Version/s: None
    • Fix Version/s: None
    • Component/s: None
    • Labels:
      None
    • Story Points:
      6
    • Sprint:
      2DDRP-2021 A

      Description

      Pupil illumination is the same at different levels of defocus, and only the wavefront changes. At the moment, I do iterative estimate which fits each spot at each defocus separately. This sometimes produces a consistent estimate of the illumination, but sometimes not. In particular, FRD estimate is often discrepant at different levels of defocus. Example.png shows an example of two spots. In the upper row, the estimate is inconsistent at two sides of defocus (frd_s values are very different). In the lower row, example where they are consistent. The estimation code should handle this properly, by analyzing images at the same time.

        Attachments

        1. Example_1d_extraction_large.png
          68 kB
          ncaplar
        2. Example_1d_extraction.png
          93 kB
          ncaplar
        3. Example_final_defocused.png
          97 kB
          ncaplar
        4. Example_final_focused.png
          66 kB
          ncaplar
        5. Example.png
          90 kB
          ncaplar
        6. focus_log.png
          73 kB
          ncaplar
        7. focus.png
          67 kB
          ncaplar
        8. focus1d_large.png
          70 kB
          ncaplar
        9. focus1d.png
          119 kB
          ncaplar
        10. m3_example.png
          84 kB
          ncaplar
        11. m4_example.png
          97 kB
          ncaplar
        12. p3_example.png
          85 kB
          ncaplar
        13. p4_example.png
          97 kB
          ncaplar
        14. Quality.png
          53 kB
          ncaplar

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              • Assignee:
                ncaplar ncaplar
                Reporter:
                ncaplar ncaplar
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                • Created:
                  Updated:
                  Resolved: