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  1. DRP 2-D Pipeline
  2. PIPE2D-1371

Plan for data acquisition for March 2024 run

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    • Type: Task
    • Status: Done (View Workflow)
    • Priority: Normal
    • Resolution: Done
    • Affects Version/s: None
    • Fix Version/s: None
    • Component/s: None
    • Labels:
    • Sprint:
      Engrun15Mar

      Description

      Please make a plan for the data acquisition in March 2024 run.

      The following plan duplicate PIPE2D-1335 : Plan for December 2023 Run.

      It needs to be updated with the correct priorities...

      [Higher priority]

      • biases / darks (~20 / ~140 min.)
        • no telescope time needed
        • masterBiases (20 min.?) and masterDarks (140 min.?) but take n-band darks occasionally for removing persistence
      • data for detectorMap (~120 min.)
        • a full set of arcs and quartz (configuration in allHome)
          • brn (5 frames per arc lamp and quartz) (60 min.?)
          • bmn (5 frames per arc lamp and quartz) (80 min.?)
        • retake a few times during the run to see the stability (is this needed?)
      • data for FiberProfiles (TBD min.)
        • repeat the following sequence for [*mod4+1, mod4+2, mod4+3, mod4+4*]
          •  (darkRoach)
            • configure to allHidden (20 min.)
            • 45 sec. quartz brn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
            • 45 sec. quartz bmn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
          • (mod4+x)
            • configure to mod4+x (2 min?)
            • 45 sec. quartz brn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
            • 45 sec. quartz bmn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
        • We may add the sequence for mod32 (or mod16) with no dithering in the above
        • take n-band dark while configuring allHidden?
        • can we replace bmn --> m?**
      • data for illumination study (TBD min.)
        • take arc/quartz with/without flat screen (in allHome)
          • configure to allHome (if home keep the configuration)
          • (with flat screen)
            • remove top screen (if removed keep the screen position)
            • brn (3 frames for HgCd [TBC] and quartz) 
            • bmn (3 frames for HgCd [TBC] and quartz)
          • (without flat screen)
            • insert top screen
            • brn (3 frames for HgCd [TBC] and quartz) 
            • bmn (3 frames for HgCd [TBC] and quartz)
        • change illumination using different ring lamp position (in allHome)
          • configure to allHome (if home keep the configuration)
          • repeat the following the lamp position in [p1, p2, p3, p4]
            • Turn ring lamp p1
            • brn, 3 repeats of TBD sec. ring lamp quartz (TBD min.)
            • bmn, 3 repeats of TBD sec. ring lamp quartz (TBD min.)

      [Lower priority]

      • data for background study (TBD min.)
        • take sparse sky in [*allHidden, mod32, mod16*]
          • configure to allHidden (20 min.)
          • brn, 3 repeats of TBD sec. sky (TBD min)
          • bmn, 3 repeats of TBD sec. sky (TBD min.)
          • configure to mod32 (2 min?)
          • brn, 3 repeats of TBD sec. sky (TBD min)
          • bmn, 3 repeats of TBD sec. sky (TBD min.)
          • configure to mod16 (2 min?)
          • brn, 3 repeats of TBD sec. sky (TBD min)
          • bmn, 3 repeats of TBD sec. sky (TBD min.)  
        • take arc/quartz in [*allHidden, mod32, mod16?*]
          • configure to allHidden (20 min.)
          • brn, 3 repeats of arcs and quartz (36 min)
          • bmn, 3 repeats of arcs and quartz (48 min.)
          • configure to mod32 (2 min?)
          • brn, 3 repeats of arcs and quartz (36 min)
          • bmn, 3 repeats of arcs and quartz (48 min.)
          • configure to mod16 (2 min?) <-- do we need?
          • brn, 3 repeats of arcs and quartz (36 min)
          • bmn, 3 repeats of arcs and quartz (48 min.)
        • do we need take allHidden data just before each brn(or bmn) sequence like fiberProfiles data?
      • data for dot penumbra study (TBD min.)
        • configure cobras at different distance from dots
        • take brn, 3 repeats of quartz
      • data for uniformity (~90 min.)
        • quartz (in allHome)
          • configure to allHome
          • brn, 3 repeats of 60 sec. quartz, InR = -150,-90,-30,0,30,90,150 (7 min. x 7)
        •  twilight (in allHome)
          • configure to allHome
          • brn, 3 repeats of 180 sec. twilight, InR = -90, 0, 90 (13 min. x 3)
      • data for PSF modeling (TBD min.)
        • change various theta/phi angle
          • configure cobras at different theta/phi angle
          • take brn, 3 repeats of quartz
        • (defocus data for Kota’s study if we have time)
      • data for n-band specific?

      Data analysis plan

      • Generate CALIBs (a good chance for NAOJ to make CALIBs)
        • masterBiases/masterDarks --> constructPfsBias.py & constructPfsDark.py
        • detectorMap --> reduceArc
        • fiberProfiles --> reduceProfiles
        • flat --> TBC
      • QA analysis 
        • run detectorMapQA (based on Wilfred's notebook?)
        • run extractionQA (Hamano-san will prepare a script)

       

        • masterBiases (20 min.?) and masterDarks (140 min.?) but take n-band darks occasionally for removing persistence
      • data for detectorMap (~120 min.)
        • a full set of arcs and quartz (configuration in allHome)
          • brn (5 frames per arc lamp and quartz) (60 min.?)
          • bmn (5 frames per arc lamp and quartz) (80 min.?)
        • retake a few times during the run to see the stability (is this needed?)
      • data for FiberProfiles (TBD min.)
        • repeat the following sequence for [*mod4+1, mod4+2, mod4+3, mod4+4*]
          •  (darkRoach)
            • configure to allHidden (20 min.)
            • 45 sec. quartz brn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
            • 45 sec. quartz bmn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
          • (mod4+x)
            • configure to mod4+x (2 min?)
            • 45 sec. quartz brn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
            • 45 sec. quartz bmn for dithers of 0.0, -0.4, 0.2, 0.0, 0.2, 0.4, 0.0 pixels (TBD min.)
        • We may add the sequence for mod32 (or mod16) with no dithering in the above
        • take n-band dark while configuring allHidden?
        • can we replace bmn --> m?**
      • data for illumination study (TBD min.)
        • take arc/quartz with/without flat screen (in allHome)
          • configure to allHome (if home keep the configuration)
          • (with flat screen)
            • remove top screen (if removed keep the screen position)
            • brn (3 frames for HgCd [TBC] and quartz) 
            • bmn (3 frames for HgCd [TBC] and quartz)
          • (without flat screen)
            • insert top screen
            • brn (3 frames for HgCd [TBC] and quartz) 
            • bmn (3 frames for HgCd [TBC] and quartz)
        • change illumination using different ring lamp position (in allHome)
          • configure to allHome (if home keep the configuration)
          • repeat the following the lamp position in [p1, p2, p3, p4]
            • Turn ring lamp p1
            • brn, 3 repeats of TBD sec. ring lamp quartz (TBD min.)
            • bmn, 3 repeats of TBD sec. ring lamp quartz (TBD min.)

      [Lower priority]

      • data for background study (TBD min.)
        • take sparse sky in [*allHidden, mod32, mod16*]
          • configure to allHidden (20 min.)
          • brn, 3 repeats of TBD sec. sky (TBD min)
          • bmn, 3 repeats of TBD sec. sky (TBD min.)
          • configure to mod32 (2 min?)
          • brn, 3 repeats of TBD sec. sky (TBD min)
          • bmn, 3 repeats of TBD sec. sky (TBD min.)
          • configure to mod16 (2 min?)
          • brn, 3 repeats of TBD sec. sky (TBD min)
          • bmn, 3 repeats of TBD sec. sky (TBD min.)  
        • take arc/quartz in [*allHidden, mod32, mod16?*]
          • configure to allHidden (20 min.)
          • brn, 3 repeats of arcs and quartz (36 min)
          • bmn, 3 repeats of arcs and quartz (48 min.)
          • configure to mod32 (2 min?)
          • brn, 3 repeats of arcs and quartz (36 min)
          • bmn, 3 repeats of arcs and quartz (48 min.)
          • configure to mod16 (2 min?) <-- do we need?
          • brn, 3 repeats of arcs and quartz (36 min)
          • bmn, 3 repeats of arcs and quartz (48 min.)
        • do we need take allHidden data just before each brn(or bmn) sequence like fiberProfiles data
      • **
      • data for uniformity (~90 min.)
        • quartz (in allHome)
          • configure to allHome
          • brn, 3 repeats of 60 sec. quartz, InR = -150,-90,-30,0,30,90,150 (7 min. x 7)
        •  twilight (in allHome)
          • configure to allHome
          • brn, 3 repeats of 180 sec. twilight, InR = -90, 0, 90 (13 min. x 3)
      • data for PSF modeling (TBD min.)
        • change various theta/phi angle
          • configure cobras at different theta/phi angle
          • take brn, 3 repeats of quartz
        • (defocus data for Kota’s study if we have time)
      • data for n-band specific?

      Data analysis plan

      • Generate CALIBs (a good chance for NAOJ to make CALIBs)
        • masterBiases/masterDarks --> constructPfsBias.py & constructPfsDark.py
        • detectorMap --> reduceArc
        • fiberProfiles --> reduceProfiles
        • flat --> TBC
      • QA analysis 
        • run detectorMapQA (based on Wilfred's notebook?)
        • run extractionQA (Hamano-san will prepare a script)

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            • Assignee:
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              Reporter:
              arnaud.lefur arnaud.lefur
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                Updated:
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