jwst-gc pipeline monitor

wd1 · 2026-09-19 14:56 EDT
2 runs 1 failing 0 flagged 1 clear 0 queued

Overview

One card per registered observation. The bar is the stage ladder in run order — reduction (unc·cal·red·i2d) then cataloging (m12→m8). Solid = every filter has it, pale = some do, STRIPED = it exists but predates an earlier stage, so it was built from inputs that have since been regenerated, hatched = the product name cannot be attributed to this observation. Click a card for the detail.

wd1 1905/o001 2d ago
10 fail6 warn
F115WF150WF164NF187NF200WF212NF277WF323NF405NF444WF466N
wd1 1905/o003 2d ago
clear
F115WF150WF164NF187NF200WF212NF277WF323NF405NF444WF466N

Cutout runs

Every cutout run on disk: the shared monitor5as probes plus the hand-made experiment cutouts. A cutout run stops after m6 — m7 and m8 need more than one filter — so "catalogs" here counts per-filter products only. These rows also flag zero-byte products and orphan tmp* files: a write that died mid-flight leaves both, and a count-based ladder reads them as finished work.

fieldlabelframescatalogs filterstouchedflags
wd1monitor5as 421 F212N:4 48d ago

Detail

wd1 · 1905/o001

/orange/adamginsburg/westerlund/wd1 back to overview

Stage ladder

unccalredi2dm12m3m4m5m6m7m8

Products per filter

filterunccalcrfredi2dsatm12m3m4m5m6reduced as
F115W9696·9661133333destreak
F150W9696·9660133333destreak
F164N9696·9660133333destreak
F187N9696·9660133333destreak
F200W9696·9660133333destreak
F212N9696·9661133333destreak
F277W2424·2458133333destreak
F323N2424·2461133333destreak
F405N2424·2461133333destreak
F444W4848·4860133333destreak
F466N2424·2461133333destreak

* = the product name carries no _o<obs> token and this field has more than one observation, so the count cannot be attributed to 1905/o001.

Astrometry — m2 checkpoint

filtervisitexposuresmisaligned sweptmin contrastbulk tie (mas)tie from tiles okworst tile (mas)cell checkpoint
F115W_o001 1 96 69 0 217 — —/— — 2026-08-30T20:51:39Z
F115W_o001 2 96 69 0 217 — —/— — 2026-08-30T20:51:39Z
F115W_o001 3 96 69 0 217 — —/— — 2026-08-30T20:51:39Z
F150W_o001 1 96 10 0 509 — —/— — 2026-09-12T01:51:44Z
F150W_o001 2 96 10 0 509 — —/— — 2026-09-12T01:51:44Z
F150W_o001 3 96 10 0 509 — —/— — 2026-09-12T01:51:44Z
F164N_o001 1 96 79 0 66 — —/— — 2026-08-30T23:18:41Z
F164N_o001 2 96 79 0 66 — —/— — 2026-08-30T23:18:41Z
F164N_o001 3 96 79 0 66 — —/— — 2026-08-30T23:18:41Z
F187N_o001 1 96 65 0 62 — —/— — 2026-08-31T00:42:02Z
F187N_o001 2 96 65 0 62 — —/— — 2026-08-31T00:42:02Z
F187N_o001 3 96 65 0 62 — —/— — 2026-08-31T00:42:02Z
F200W_o001 1 96 64 0 400 — —/— — 2026-08-31T01:59:57Z
F200W_o001 2 96 64 0 400 — —/— — 2026-08-31T01:59:57Z
F200W_o001 3 96 64 0 400 — —/— — 2026-08-31T01:59:57Z
F212N_o001 1 96 64 0 58 — —/— — 2026-08-31T03:15:44Z
F212N_o001 2 96 64 0 58 — —/— — 2026-08-31T03:15:44Z
F212N_o001 3 96 64 0 58 — —/— — 2026-08-31T03:15:44Z
F277W_o001 1 24 23 0 1640 — —/— — 2026-08-31T04:30:52Z
F277W_o001 2 24 23 0 1640 — —/— — 2026-08-31T04:30:52Z
F277W_o001 3 24 23 0 1640 — —/— — 2026-08-31T04:30:52Z
F323N_o001 1 24 23 0 1061 — —/— — 2026-08-31T04:53:09Z
F323N_o001 2 24 23 0 1061 — —/— — 2026-08-31T04:53:09Z
F323N_o001 3 24 23 0 1061 — —/— — 2026-08-31T04:53:09Z
F405N_o001 1 24 22 0 1157 — —/— — 2026-08-31T05:10:17Z
F405N_o001 2 24 22 0 1157 — —/— — 2026-08-31T05:10:17Z
F405N_o001 3 24 22 0 1157 — —/— — 2026-08-31T05:10:17Z
F444W_o001 1 48 0 0 730 — —/— — 2026-09-12T04:29:38Z
F444W_o001 2 48 0 0 730 — —/— — 2026-09-12T04:29:38Z
F444W_o001 3 48 0 0 730 — —/— — 2026-09-12T04:29:38Z
F466N_o001 1 24 24 0 942 — —/— — 2026-08-31T05:39:56Z
F466N_o001 2 24 24 0 942 — —/— — 2026-08-31T05:39:56Z
F466N_o001 3 24 24 0 942 — —/— — 2026-08-31T05:39:56Z

“tiles ok” is not a tolerance. measure_offset_grid runs with no max_off_mas, and astrometry_offsets sets off_ok=True whenever that is None — so N/N counts tiles whose offset histogram had a coherent peak, however large the offset. The column that carries the gate is worst tile, against 15 mas.

Provenance

phaseproductspipeline tag(s)
m7362026-09-04_PR771_837e5d8-dirty (27), 2026-09-16_PR904_2ccc032-dirty (9)
m832026-09-16_PR904_2ccc032-dirty (3)

Queue

No jobs in the queue for this field.

Findings

  • fail
    F115W_o001: 69/96 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F115W_o001_latest.json
    what is affected, and why
    Affected: 8/8 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrca1 visit 1: dRA 7.9, dDec -4.0 masnrca1 visit 1: dRA -0.7, dDec 2.2 masnrca2 visit 1: dRA -3.2, dDec 2.2 masnrca2 visit 1: dRA 3.9, dDec -0.6 masnrca2 visit 1: dRA -1.0, dDec 2.2 masnrca3 visit 1: dRA -2.5, dDec 1.7 masnrca3 visit 1: dRA 4.2, dDec -0.8 masnrca3 visit 1: dRA -1.4, dDec 2.8 masnrca4 visit 1: dRA -0.3, dDec -3.6 masnrca4 visit 1: dRA 6.5, dDec -6.0 masnrca4 visit 1: dRA -4.0, dDec 3.5 masnrca4 visit 1: dRA -6.4, dDec 6.1 masnrcb1 visit 1: dRA -2.8, dDec 1.6 masnrcb1 visit 1: dRA 3.9, dDec -0.8 masnrcb1 visit 1: dRA -1.2, dDec 2.0 masnrcb2 visit 1: dRA -2.9, dDec 1.6 masnrcb2 visit 1: dRA 3.8, dDec -0.9 masnrcb2 visit 1: dRA -1.8, dDec 2.9 masnrcb3 visit 1: dRA 5.9, dDec -2.6 masnrcb3 visit 1: dRA -1.1, dDec 1.9 masnrcb4 visit 1: dRA -1.9, dDec 0.7 masnrcb4 visit 1: dRA 4.9, dDec -1.8 masnrcb4 visit 1: dRA -1.1, dDec 1.9 masnrca1 visit 2: dRA -1.7, dDec -1.6 masnrca1 visit 2: dRA 3.4, dDec -1.1 masnrca2 visit 2: dRA 4.3, dDec -1.1 masnrca2 visit 2: dRA -1.5, dDec 10.6 masnrca2 visit 2: dRA -4.2, dDec 11.8 masnrca3 visit 2: dRA -2.0, dDec -1.0 masnrca3 visit 2: dRA 3.0, dDec -0.5 masnrca3 visit 2: dRA 0.2, dDec 5.6 masnrca3 visit 2: dRA -2.9, dDec 6.4 masnrca4 visit 2: dRA -2.7, dDec -0.9 masnrca4 visit 2: dRA 2.4, dDec -0.6 masnrca4 visit 2: dRA 2.0, dDec 5.2 masnrca4 visit 2: dRA -1.2, dDec 6.4 masnrcb1 visit 2: dRA -2.2, dDec -1.0 masnrcb1 visit 2: dRA 2.8, dDec -0.8 masnrcb1 visit 2: dRA 2.9, dDec 4.3 masnrcb1 visit 2: dRA -1.3, dDec 5.6 masnrcb2 visit 2: dRA -2.5, dDec -0.9 masnrcb2 visit 2: dRA 2.7, dDec -0.5 masnrcb2 visit 2: dRA 2.5, dDec 3.1 masnrcb2 visit 2: dRA -1.5, dDec 4.0 masnrcb3 visit 2: dRA -0.8, dDec -2.6 masnrcb3 visit 2: dRA 4.4, dDec -2.2 masnrcb3 visit 2: dRA -2.1, dDec 0.3 masnrcb4 visit 2: dRA 0.3, dDec -7.3 masnrcb4 visit 2: dRA 5.5, dDec -6.9 masnrca1 visit 3: dRA -3.0, dDec 0.5 masnrca1 visit 3: dRA -2.8, dDec -0.4 masnrca2 visit 3: dRA -3.5, dDec -1.5 masnrca2 visit 3: dRA -3.2, dDec -2.4 masnrca3 visit 3: dRA -4.2, dDec -7.6 masnrca3 visit 3: dRA -3.9, dDec -8.3 masnrca3 visit 3: dRA 4.6, dDec 2.9 masnrca3 visit 3: dRA 5.2, dDec 3.1 masnrca4 visit 3: dRA 3.1, dDec 1.0 masnrca4 visit 3: dRA 3.3, dDec 1.2 masnrcb1 visit 3: dRA 2.8, dDec -0.1 masnrcb1 visit 3: dRA 3.0, dDec 0.5 masnrcb2 visit 3: dRA 4.3, dDec 0.7 masnrcb2 visit 3: dRA 4.0, dDec 0.9 masnrcb3 visit 3: dRA -7.7, dDec -1.8 masnrcb3 visit 3: dRA -7.3, dDec -2.5 masnrcb4 visit 3: dRA -2.5, dDec -0.5 masnrcb4 visit 3: dRA -2.1, dDec -1.2 masnrcb4 visit 3: dRA 8.7, dDec 5.8 masnrcb4 visit 3: dRA 8.8, dDec 6.0 masnrca1 nrca2 nrca3 nrca4 nrcb1 nrcb2 nrcb3 nrcb4±12 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrca311/12
    nrca410/12
    nrcb19/12
    nrcb29/12
    nrcb49/12
    nrca28/12
    nrcb37/12
    nrca16/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrca17.9-4.08.9985.0143163.0
    1nrca1-0.72.22.3693.08845410.0
    1nrca2-3.22.23.9806.0140773.0
    1nrca23.9-0.63.9569.0140203.0
    1nrca2-1.02.22.4838.097923.0
    1nrca3-2.51.73.1847.0166063.0
    1nrca34.2-0.84.2951.0167853.0
    1nrca3-1.42.83.1925.0174953.0
    1nrca4-0.3-3.63.6796.0144843.0
    1nrca46.5-6.08.81,119.0147483.0
    1nrca4-4.03.55.31,054.0165443.0
    1nrca4-6.46.18.91,153.0167873.0
    1nrcb1-2.81.63.3754.0111683.0
    1nrcb13.9-0.84.0876.0114663.0
    1nrcb1-1.22.02.4909.0151273.0
    1nrcb2-2.91.63.4726.0130993.0
    1nrcb23.8-0.93.9818.0130353.0
    1nrcb2-1.82.93.4998.0201693.0
    1nrcb35.9-2.66.4992.0141383.0
    1nrcb3-1.11.92.2854.0130033.0
    1nrcb4-1.90.72.0864.0240213.0
    1nrcb44.9-1.85.21,265.0241313.0
    1nrcb4-1.11.92.21,037.0202993.0
    2nrca1-1.7-1.62.3704.0149843.0
    2nrca13.4-1.13.5707.0150993.0
    2nrca24.3-1.14.4584.0119533.0
    2nrca2-1.510.610.7723.07174510.0
    2nrca2-4.211.812.6800.07098710.0
    2nrca3-2.0-1.02.3839.0189103.0
    2nrca33.0-0.53.1854.0188183.0
    2nrca30.25.65.6634.0191803.0
    2nrca3-2.96.47.01,080.0196563.0
    2nrca4-2.7-0.92.8857.0186593.0
    2nrca42.4-0.62.4838.0187713.0
    2nrca42.05.25.6886.0165223.0
    2nrca4-1.26.46.5858.0170433.0
    2nrcb1-2.2-1.02.5588.07318210.0
    2nrcb12.8-0.83.0656.07494210.0
    2nrcb12.94.35.2994.0179383.0
    2nrcb1-1.35.65.8887.0177823.0

    showing 40 of 69

    Existing figures
  • fail
    F150W_o001: 10/96 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F150W_o001_latest.json
    what is affected, and why
    Affected: 3/8 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrcb4 visit 1: dRA 0.1, dDec 3.4 masnrcb4 visit 1: dRA -1.5, dDec 3.2 masnrca1 visit 2: dRA -1.0, dDec -5.4 masnrca1 visit 2: dRA -1.0, dDec -5.4 masnrca3 visit 2: dRA 0.5, dDec 2.0 masnrca3 visit 2: dRA 0.6, dDec 2.1 masnrcb4 visit 2: dRA 0.4, dDec 4.6 masnrcb4 visit 2: dRA -3.0, dDec 5.5 masnrca1 visit 3: dRA 3.1, dDec 1.8 masnrca1 visit 3: dRA 3.2, dDec 2.3 masnrca1 nrca2 nrca3 nrca4 nrcb1 nrcb2 nrcb3 nrcb4±5 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrca14/12
    nrcb44/12
    nrca32/12
    nrca20/12
    nrca40/12
    nrcb10/12
    nrcb20/12
    nrcb30/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrcb40.13.43.41,027.51167233.0
    1nrcb4-1.53.23.51,661.51161113.0
    2nrca1-1.0-5.45.52,021.0522793.0
    2nrca1-1.0-5.45.42,056.0514553.0
    2nrca30.52.02.11,713.0620933.0
    2nrca30.62.12.21,727.0622333.0
    2nrcb40.44.64.72,227.0736693.0
    2nrcb4-3.05.56.32,389.0747423.0
    3nrca13.11.83.62,162.0464243.0
    3nrca13.22.34.02,164.0465623.0
    Existing figures
  • fail
    F164N_o001: 79/96 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F164N_o001_latest.json
    what is affected, and why
    Affected: 8/8 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrca1 visit 1: dRA 2.3, dDec 13.9 masnrca1 visit 1: dRA 9.4, dDec 11.2 masnrca1 visit 1: dRA 3.2, dDec 17.9 masnrca1 visit 1: dRA 1.0, dDec 21.6 masnrca2 visit 1: dRA 1.6, dDec 5.7 masnrca2 visit 1: dRA 8.6, dDec 3.0 masnrca2 visit 1: dRA -0.5, dDec 3.4 masnrca3 visit 1: dRA 1.5, dDec -3.8 masnrca3 visit 1: dRA 8.5, dDec -6.4 masnrca3 visit 1: dRA -3.0, dDec 3.9 masnrca4 visit 1: dRA -2.7, dDec 2.1 masnrca4 visit 1: dRA 4.4, dDec -0.6 masnrca4 visit 1: dRA -0.8, dDec -3.7 masnrca4 visit 1: dRA -3.1, dDec 0.4 masnrcb1 visit 1: dRA -0.7, dDec -2.7 masnrcb1 visit 1: dRA 6.2, dDec -5.3 masnrcb1 visit 1: dRA 0.2, dDec -6.4 masnrcb1 visit 1: dRA -2.9, dDec -2.1 masnrcb2 visit 1: dRA -3.0, dDec 2.1 masnrcb2 visit 1: dRA 4.0, dDec -0.5 masnrcb2 visit 1: dRA -5.0, dDec -12.4 masnrcb2 visit 1: dRA -8.0, dDec -8.8 masnrcb3 visit 1: dRA -0.8, dDec 7.8 masnrcb3 visit 1: dRA 6.3, dDec 5.2 masnrcb3 visit 1: dRA -2.5, dDec 4.9 masnrcb3 visit 1: dRA -5.5, dDec 8.9 masnrcb4 visit 1: dRA -2.8, dDec 2.3 masnrcb4 visit 1: dRA 4.2, dDec -0.3 masnrcb4 visit 1: dRA 2.2, dDec -0.4 masnrcb4 visit 1: dRA -0.6, dDec 3.2 masnrca1 visit 2: dRA 2.1, dDec 4.9 masnrca1 visit 2: dRA 7.5, dDec 5.7 masnrca1 visit 2: dRA -2.0, dDec 1.4 masnrca2 visit 2: dRA -0.4, dDec 2.2 masnrca2 visit 2: dRA 4.9, dDec 3.0 masnrca2 visit 2: dRA -2.4, dDec 1.5 masnrca3 visit 2: dRA -3.5, dDec -0.4 masnrca3 visit 2: dRA 2.0, dDec 0.5 masnrca3 visit 2: dRA -2.7, dDec -0.4 masnrca4 visit 2: dRA -3.6, dDec -0.4 masnrca4 visit 2: dRA -3.2, dDec 0.3 masnrcb1 visit 2: dRA -4.4, dDec -18.2 masnrcb1 visit 2: dRA 1.3, dDec -17.5 masnrcb1 visit 2: dRA -0.9, dDec -8.7 masnrcb1 visit 2: dRA -5.0, dDec -7.0 masnrcb2 visit 2: dRA -4.6, dDec -7.7 masnrcb2 visit 2: dRA 0.9, dDec -6.7 masnrcb2 visit 2: dRA -1.7, dDec -4.6 masnrcb2 visit 2: dRA -5.7, dDec -3.1 masnrcb3 visit 2: dRA 3.7, dDec 1.2 masnrcb3 visit 2: dRA -2.9, dDec 1.5 masnrcb4 visit 2: dRA -1.9, dDec 2.6 masnrcb4 visit 2: dRA 3.6, dDec 3.4 masnrcb4 visit 2: dRA -2.7, dDec 1.5 masnrca1 visit 3: dRA -5.0, dDec 5.6 masnrca1 visit 3: dRA -4.4, dDec 5.3 masnrca1 visit 3: dRA 6.9, dDec 3.8 masnrca1 visit 3: dRA 7.5, dDec 4.4 masnrca2 visit 3: dRA -2.7, dDec 4.3 masnrca2 visit 3: dRA -2.1, dDec 3.9 masnrca2 visit 3: dRA 1.8, dDec 6.0 masnrca2 visit 3: dRA 2.4, dDec 6.7 masnrca3 visit 3: dRA -0.2, dDec -2.4 masnrca4 visit 3: dRA 0.7, dDec -3.1 masnrca4 visit 3: dRA 1.3, dDec -2.4 masnrcb1 visit 3: dRA -9.1, dDec -5.3 masnrcb1 visit 3: dRA -8.2, dDec -5.5 masnrcb1 visit 3: dRA 1.1, dDec -2.8 masnrcb1 visit 3: dRA 1.1, dDec -2.4 masnrcb2 visit 3: dRA 1.9, dDec -6.6 masnrcb2 visit 3: dRA 1.8, dDec -6.2 masnrcb3 visit 3: dRA -5.3, dDec 10.8 masnrcb3 visit 3: dRA -4.5, dDec 10.6 masnrcb3 visit 3: dRA 6.5, dDec 9.3 masnrcb3 visit 3: dRA 6.6, dDec 10.0 masnrcb4 visit 3: dRA -2.4, dDec 5.6 masnrcb4 visit 3: dRA -1.6, dDec 5.4 masnrcb4 visit 3: dRA 9.6, dDec 4.9 masnrcb4 visit 3: dRA 9.6, dDec 5.3 masnrca1 nrca2 nrca3 nrca4 nrcb1 nrcb2 nrcb3 nrcb4±22 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrcb112/12
    nrca111/12
    nrcb411/12
    nrca210/12
    nrcb210/12
    nrcb310/12
    nrca48/12
    nrca37/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrca12.313.914.1585.03455910.0
    1nrca19.411.214.6584.03457910.0
    1nrca13.217.918.288.0517710.0
    1nrca11.021.621.681.0538410.0
    1nrca21.65.75.9330.02816610.0
    1nrca28.63.09.1418.02763010.0
    1nrca2-0.53.43.5380.01788610.0
    1nrca31.5-3.84.1566.03828410.0
    1nrca38.5-6.410.6629.03644010.0
    1nrca3-3.03.94.9639.04244110.0
    1nrca4-2.72.13.4477.03167710.0
    1nrca44.4-0.64.4521.03173910.0
    1nrca4-0.8-3.73.7344.03370910.0
    1nrca4-3.10.43.2319.03359710.0
    1nrcb1-0.7-2.72.7439.02209010.0
    1nrcb16.2-5.38.2482.02184010.0
    1nrcb10.2-6.46.4313.03136610.0
    1nrcb1-2.9-2.13.6351.03138110.0
    1nrcb2-3.02.13.6456.03531110.0
    1nrcb24.0-0.54.1485.03540910.0
    1nrcb2-5.0-12.413.4659.04720810.0
    1nrcb2-8.0-8.811.9627.04638710.0
    1nrcb3-0.87.87.8449.03124610.0
    1nrcb36.35.28.2506.03085710.0
    1nrcb3-2.54.95.5564.03084410.0
    1nrcb3-5.58.910.5584.03180310.0
    1nrcb4-2.82.33.7598.05446910.0
    1nrcb44.2-0.34.2457.05360610.0
    1nrcb42.2-0.42.2547.05644310.0
    1nrcb4-0.63.23.3657.05597210.0
    2nrca12.14.95.4576.04661010.0
    2nrca17.55.79.4588.04513410.0
    2nrca1-2.01.42.5298.01645510.0
    2nrca2-0.42.22.3299.03402610.0
    2nrca24.93.05.8438.03374610.0
    2nrca2-2.41.52.8415.01761810.0
    2nrca3-3.5-0.43.5792.0115093.0
    2nrca32.00.52.0608.0111943.0
    2nrca3-2.7-0.42.7439.06481010.0
    2nrca4-3.6-0.43.7841.0107403.0

    showing 40 of 79

    Existing figures
  • fail
    F187N_o001: 65/96 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F187N_o001_latest.json
    what is affected, and why
    Affected: 8/8 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrca1 visit 1: dRA 7.9, dDec -2.7 masnrca1 visit 1: dRA -7.1, dDec 7.1 masnrca1 visit 1: dRA -9.4, dDec 10.7 masnrca2 visit 1: dRA 4.1, dDec -3.2 masnrca2 visit 1: dRA 10.6, dDec -5.8 masnrca2 visit 1: dRA 2.5, dDec -1.8 masnrca3 visit 1: dRA -1.8, dDec 1.1 masnrca3 visit 1: dRA 4.7, dDec -1.7 masnrca3 visit 1: dRA -1.5, dDec 3.5 masnrca4 visit 1: dRA 4.8, dDec -1.7 masnrca4 visit 1: dRA 2.8, dDec -2.5 masnrcb1 visit 1: dRA -2.0, dDec 0.8 masnrcb1 visit 1: dRA 4.3, dDec -1.8 masnrcb1 visit 1: dRA -2.8, dDec 2.9 masnrcb2 visit 1: dRA 4.7, dDec -1.8 masnrcb2 visit 1: dRA 2.0, dDec 1.2 masnrcb2 visit 1: dRA -1.0, dDec 4.2 masnrcb3 visit 1: dRA 5.5, dDec -2.7 masnrcb3 visit 1: dRA 2.5, dDec -1.8 masnrcb4 visit 1: dRA 6.5, dDec -2.5 masnrcb4 visit 1: dRA 2.5, dDec -1.6 masnrca1 visit 2: dRA -0.5, dDec -3.6 masnrca1 visit 2: dRA 4.6, dDec -2.4 masnrca2 visit 2: dRA -0.5, dDec -4.1 masnrca2 visit 2: dRA 4.5, dDec -3.0 masnrca3 visit 2: dRA 3.2, dDec 0.4 masnrca3 visit 2: dRA 0.9, dDec 2.7 masnrca3 visit 2: dRA -1.8, dDec 3.4 masnrca4 visit 2: dRA -1.8, dDec -0.9 masnrca4 visit 2: dRA 3.2, dDec 0.3 masnrca4 visit 2: dRA 1.1, dDec 2.3 masnrca4 visit 2: dRA -1.6, dDec 3.2 masnrcb1 visit 2: dRA 3.1, dDec 0.2 masnrcb1 visit 2: dRA 1.2, dDec 2.4 masnrcb1 visit 2: dRA -2.0, dDec 3.3 masnrcb2 visit 2: dRA -1.8, dDec -1.0 masnrcb2 visit 2: dRA 3.1, dDec 0.2 masnrcb2 visit 2: dRA 0.8, dDec 3.6 masnrcb2 visit 2: dRA -2.5, dDec 4.3 masnrcb3 visit 2: dRA -0.8, dDec -3.4 masnrcb3 visit 2: dRA 4.1, dDec -2.2 masnrcb4 visit 2: dRA -0.8, dDec -3.2 masnrcb4 visit 2: dRA 4.2, dDec -1.9 masnrca1 visit 3: dRA -2.5, dDec -1.1 masnrca1 visit 3: dRA -2.0, dDec -1.5 masnrca2 visit 3: dRA -5.0, dDec -1.1 masnrca2 visit 3: dRA -4.4, dDec -1.6 masnrca3 visit 3: dRA -9.8, dDec -5.9 masnrca3 visit 3: dRA -8.9, dDec -6.3 masnrca3 visit 3: dRA 5.2, dDec 2.1 masnrca3 visit 3: dRA 5.5, dDec 2.6 masnrca4 visit 3: dRA 2.0, dDec 0.9 masnrca4 visit 3: dRA 2.4, dDec 1.5 masnrcb1 visit 3: dRA -1.7, dDec -4.1 masnrcb1 visit 3: dRA -0.7, dDec -4.3 masnrcb1 visit 3: dRA 6.5, dDec 1.3 masnrcb1 visit 3: dRA 6.4, dDec 1.6 masnrcb2 visit 3: dRA -10.4, dDec -4.5 masnrcb2 visit 3: dRA -9.5, dDec -4.8 masnrcb2 visit 3: dRA 4.6, dDec 0.9 masnrcb2 visit 3: dRA 4.8, dDec 1.3 masnrcb3 visit 3: dRA -3.0, dDec -0.1 masnrcb3 visit 3: dRA -2.3, dDec -0.6 masnrcb4 visit 3: dRA -3.0, dDec -0.8 masnrcb4 visit 3: dRA -2.2, dDec -1.2 masnrca1 nrca2 nrca3 nrca4 nrcb1 nrcb2 nrcb3 nrcb4±11 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrcb211/12
    nrca310/12
    nrcb110/12
    nrca48/12
    nrca17/12
    nrca27/12
    nrcb36/12
    nrcb46/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrca17.9-2.78.3742.05406910.0
    1nrca1-7.17.110.0585.034663.0
    1nrca1-9.410.714.3592.03044010.0
    1nrca24.1-3.25.2651.04075310.0
    1nrca210.6-5.812.1641.03981810.0
    1nrca22.5-1.83.1549.02797910.0
    1nrca3-1.81.12.1544.05834810.0
    1nrca34.7-1.74.9725.05895010.0
    1nrca3-1.53.53.8798.06375710.0
    1nrca44.8-1.75.1697.04613810.0
    1nrca42.8-2.53.8566.04895710.0
    1nrcb1-2.00.82.1461.03180010.0
    1nrcb14.3-1.84.7584.03306810.0
    1nrcb1-2.82.94.0664.04705110.0
    1nrcb24.7-1.85.0714.05095910.0
    1nrcb22.01.22.3699.06684810.0
    1nrcb2-1.04.24.3711.06575110.0
    1nrcb35.5-2.76.1665.04549810.0
    1nrcb32.5-1.83.0608.04373110.0
    1nrcb46.5-2.57.0871.07505610.0
    1nrcb42.5-1.62.9670.07781410.0
    2nrca1-0.5-3.63.6597.07125510.0
    2nrca14.6-2.45.2823.07015410.0
    2nrca2-0.5-4.14.2500.05018210.0
    2nrca24.5-3.05.4661.05060110.0
    2nrca33.20.43.2782.0150453.0
    2nrca30.92.72.8720.0101523.0
    2nrca3-1.83.43.8861.099173.0
    2nrca4-1.8-0.92.01,044.0153383.0
    2nrca43.20.33.2768.0154673.0
    2nrca41.12.32.6749.08766110.0
    2nrca4-1.63.23.6856.08607510.0
    2nrcb13.10.23.1371.03070610.0
    2nrcb11.22.42.7723.06555010.0
    2nrcb1-2.03.33.9776.06738710.0
    2nrcb2-1.8-1.02.1461.03064810.0
    2nrcb23.10.23.1313.03073410.0
    2nrcb20.83.63.7540.05551210.0
    2nrcb2-2.54.35.0672.05689510.0
    2nrcb3-0.8-3.43.5791.08711510.0

    showing 40 of 65

    Existing figures
  • fail
    F200W_o001: 64/96 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F200W_o001_latest.json
    what is affected, and why
    Affected: 8/8 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrca1 visit 1: dRA 6.1, dDec -4.2 masnrca1 visit 1: dRA -1.9, dDec 3.3 masnrca2 visit 1: dRA -1.2, dDec 1.7 masnrca2 visit 1: dRA 5.5, dDec -1.2 masnrca2 visit 1: dRA -2.3, dDec 3.3 masnrca3 visit 1: dRA -3.8, dDec 2.7 masnrca3 visit 1: dRA 2.9, dDec -0.1 masnrca3 visit 1: dRA -2.3, dDec 3.1 masnrca4 visit 1: dRA -3.7, dDec 2.7 masnrca4 visit 1: dRA 3.1, dDec -0.2 masnrca4 visit 1: dRA -2.0, dDec 4.0 masnrcb1 visit 1: dRA -2.8, dDec -2.1 masnrcb1 visit 1: dRA 4.2, dDec -5.1 masnrcb1 visit 1: dRA -2.8, dDec 3.0 masnrcb2 visit 1: dRA 2.1, dDec -1.9 masnrcb2 visit 1: dRA 9.1, dDec -4.8 masnrcb2 visit 1: dRA -2.9, dDec 2.9 masnrcb3 visit 1: dRA -1.2, dDec 3.8 masnrcb3 visit 1: dRA 5.7, dDec 0.8 masnrcb3 visit 1: dRA -2.2, dDec 3.1 masnrcb4 visit 1: dRA -1.6, dDec 2.2 masnrcb4 visit 1: dRA 5.4, dDec -0.6 masnrcb4 visit 1: dRA -2.1, dDec 3.0 masnrca1 visit 2: dRA -2.2, dDec -2.9 masnrca1 visit 2: dRA 2.5, dDec -2.4 masnrca2 visit 2: dRA -2.8, dDec -4.5 masnrca2 visit 2: dRA 1.7, dDec -4.2 masnrca3 visit 2: dRA -2.1, dDec -0.2 masnrca3 visit 2: dRA 2.7, dDec 0.3 masnrca3 visit 2: dRA 0.8, dDec 2.6 masnrca3 visit 2: dRA -1.9, dDec 3.5 masnrca4 visit 2: dRA -2.2, dDec -0.2 masnrca4 visit 2: dRA 2.5, dDec 0.2 masnrca4 visit 2: dRA -1.9, dDec 2.4 masnrcb1 visit 2: dRA -2.2, dDec -0.1 masnrcb1 visit 2: dRA 2.7, dDec 0.1 masnrcb1 visit 2: dRA -2.7, dDec 2.3 masnrcb2 visit 2: dRA -2.2, dDec -0.2 masnrcb2 visit 2: dRA 2.6, dDec 0.2 masnrcb2 visit 2: dRA -2.9, dDec 2.7 masnrcb3 visit 2: dRA 4.0, dDec -0.8 masnrcb3 visit 2: dRA 2.3, dDec 6.6 masnrcb3 visit 2: dRA -0.9, dDec 7.9 masnrcb4 visit 2: dRA -1.0, dDec -1.8 masnrcb4 visit 2: dRA 3.9, dDec -1.5 masnrca1 visit 3: dRA -4.4, dDec -0.4 masnrca1 visit 3: dRA -3.9, dDec -0.2 masnrca1 visit 3: dRA 8.7, dDec 6.2 masnrca1 visit 3: dRA 9.2, dDec 6.4 masnrca2 visit 3: dRA -7.1, dDec -2.0 masnrca2 visit 3: dRA -6.7, dDec -1.8 masnrca3 visit 3: dRA 2.5, dDec 0.8 masnrca3 visit 3: dRA 2.8, dDec 1.0 masnrca4 visit 3: dRA 2.7, dDec 0.1 masnrca4 visit 3: dRA 3.1, dDec 0.5 masnrcb1 visit 3: dRA -9.2, dDec -3.9 masnrcb1 visit 3: dRA -8.8, dDec -4.0 masnrcb1 visit 3: dRA 2.0, dDec -0.5 masnrcb2 visit 3: dRA 3.8, dDec -0.1 masnrcb2 visit 3: dRA 3.8, dDec 0.1 masnrcb3 visit 3: dRA -6.5, dDec 1.2 masnrcb3 visit 3: dRA -6.1, dDec 1.1 masnrcb4 visit 3: dRA -3.8, dDec -0.0 masnrcb4 visit 3: dRA -3.3, dDec -0.1 masnrca1 nrca2 nrca3 nrca4 nrcb1 nrcb2 nrcb3 nrcb4±9 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrca39/12
    nrcb19/12
    nrca18/12
    nrca48/12
    nrcb28/12
    nrcb38/12
    nrca27/12
    nrcb47/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrca16.1-4.27.41,371.82725623.0
    1nrca1-1.93.33.81,699.32221573.0
    1nrca2-1.21.72.11,258.72583403.0
    1nrca25.5-1.25.61,567.32593113.0
    1nrca2-2.33.34.01,632.72141613.0
    1nrca3-3.82.74.71,372.02372673.0
    1nrca32.9-0.12.9986.72369853.0
    1nrca3-2.33.13.81,299.02706633.0
    1nrca4-3.72.74.51,490.72597883.0
    1nrca43.1-0.23.1990.22618463.0
    1nrca4-2.04.04.41,409.02970163.0
    1nrcb1-2.8-2.13.51,674.72234623.0
    1nrcb14.2-5.16.61,686.02236843.0
    1nrcb1-2.83.04.11,738.72606003.0
    1nrcb22.1-1.92.81,305.72329343.0
    1nrcb29.1-4.810.31,643.02359573.0
    1nrcb2-2.92.94.11,204.02997483.0
    1nrcb3-1.23.84.01,262.02672863.0
    1nrcb35.70.85.81,001.52667003.0
    1nrcb3-2.23.13.81,726.32488733.0
    1nrcb4-1.62.22.71,202.23041263.0
    1nrcb45.4-0.65.41,074.53053163.0
    1nrcb4-2.13.03.71,757.72583203.0
    2nrca1-2.2-2.93.61,938.51696953.0
    2nrca12.5-2.43.41,939.51696403.0
    2nrca2-2.8-4.55.41,360.71928653.0
    2nrca21.7-4.24.51,321.01941903.0
    2nrca3-2.1-0.22.1572.01240363.0
    2nrca32.70.32.7917.51243003.0
    2nrca30.82.62.81,291.51810633.0
    2nrca3-1.93.54.01,943.01816703.0
    2nrca4-2.2-0.22.21,248.01348933.0
    2nrca42.50.22.51,124.01343823.0
    2nrca4-1.92.43.01,395.31955153.0
    2nrcb1-2.2-0.12.21,234.01375803.0
    2nrcb12.70.12.71,131.01372633.0
    2nrcb1-2.72.33.61,555.02179263.0
    2nrcb2-2.2-0.22.21,317.01702453.0
    2nrcb22.60.22.61,204.01696583.0
    2nrcb2-2.92.73.91,587.01393073.0

    showing 40 of 64

    Existing figures
  • fail
    F212N_o001: 64/96 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F212N_o001_latest.json
    what is affected, and why
    Affected: 8/8 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrca1 visit 1: dRA 8.3, dDec -2.4 masnrca1 visit 1: dRA -0.7, dDec 3.5 masnrca2 visit 1: dRA 6.1, dDec -2.0 masnrca2 visit 1: dRA -0.8, dDec 3.5 masnrca3 visit 1: dRA -1.0, dDec -3.4 masnrca3 visit 1: dRA 5.6, dDec -6.2 masnrca3 visit 1: dRA -1.1, dDec 4.4 masnrca4 visit 1: dRA 0.5, dDec -4.5 masnrca4 visit 1: dRA 7.0, dDec -7.4 masnrca4 visit 1: dRA -2.1, dDec 4.3 masnrcb1 visit 1: dRA -3.2, dDec 2.6 masnrcb1 visit 1: dRA 3.4, dDec -0.4 masnrcb1 visit 1: dRA -3.1, dDec 5.2 masnrcb2 visit 1: dRA -2.9, dDec 2.8 masnrcb2 visit 1: dRA 3.7, dDec -0.2 masnrcb2 visit 1: dRA -3.2, dDec 4.7 masnrcb2 visit 1: dRA -5.4, dDec 8.4 masnrcb3 visit 1: dRA 4.8, dDec -2.1 masnrcb3 visit 1: dRA -0.8, dDec 3.4 masnrcb4 visit 1: dRA -3.8, dDec 3.0 masnrcb4 visit 1: dRA 2.8, dDec -0.1 masnrcb4 visit 1: dRA -0.9, dDec 3.3 masnrca1 visit 2: dRA -0.8, dDec -3.3 masnrca1 visit 2: dRA 4.0, dDec -2.8 masnrca2 visit 2: dRA -1.4, dDec -4.1 masnrca2 visit 2: dRA 3.3, dDec -3.5 masnrca3 visit 2: dRA -2.0, dDec -0.5 masnrca3 visit 2: dRA 2.7, dDec 0.0 masnrca3 visit 2: dRA 1.0, dDec 2.6 masnrca3 visit 2: dRA -1.9, dDec 2.9 masnrca4 visit 2: dRA -2.1, dDec -0.6 masnrca4 visit 2: dRA 2.6, dDec -0.0 masnrca4 visit 2: dRA 1.1, dDec 2.9 masnrca4 visit 2: dRA -1.8, dDec 3.2 masnrcb1 visit 2: dRA -2.0, dDec -0.6 masnrcb1 visit 2: dRA 2.6, dDec -0.2 masnrcb1 visit 2: dRA 1.2, dDec 3.1 masnrcb1 visit 2: dRA -2.3, dDec 3.6 masnrcb2 visit 2: dRA -2.0, dDec -0.7 masnrcb2 visit 2: dRA 2.7, dDec -0.3 masnrcb2 visit 2: dRA 1.1, dDec 3.9 masnrcb2 visit 2: dRA -2.6, dDec 4.1 masnrcb3 visit 2: dRA -1.2, dDec -3.9 masnrcb3 visit 2: dRA 3.5, dDec -3.4 masnrcb4 visit 2: dRA -1.3, dDec -3.7 masnrcb4 visit 2: dRA 3.5, dDec -3.2 masnrca2 visit 3: dRA -4.5, dDec -1.1 masnrca2 visit 3: dRA -4.2, dDec -1.3 masnrca3 visit 3: dRA -8.8, dDec -5.4 masnrca3 visit 3: dRA -8.5, dDec -5.6 masnrca3 visit 3: dRA 5.3, dDec 1.7 masnrca3 visit 3: dRA 5.8, dDec 2.0 masnrca4 visit 3: dRA 2.3, dDec 0.6 masnrca4 visit 3: dRA 3.0, dDec 1.2 masnrcb1 visit 3: dRA -0.5, dDec -2.7 masnrcb1 visit 3: dRA -0.3, dDec -3.1 masnrcb1 visit 3: dRA 5.1, dDec 0.8 masnrcb1 visit 3: dRA 4.9, dDec 1.5 masnrcb2 visit 3: dRA 7.5, dDec 2.4 masnrcb2 visit 3: dRA 7.0, dDec 2.9 masnrcb3 visit 3: dRA -4.6, dDec -1.1 masnrcb3 visit 3: dRA -4.5, dDec -1.5 masnrcb4 visit 3: dRA -2.4, dDec -0.5 masnrcb4 visit 3: dRA -2.0, dDec -0.9 masnrca1 nrca2 nrca3 nrca4 nrcb1 nrcb2 nrcb3 nrcb4±9 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrca311/12
    nrcb111/12
    nrcb210/12
    nrca49/12
    nrcb47/12
    nrca26/12
    nrcb36/12
    nrca14/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrca18.3-2.48.6854.07015010.0
    1nrca1-0.73.53.6603.04019410.0
    1nrca26.1-2.06.4689.04833410.0
    1nrca2-0.83.53.6564.03501610.0
    1nrca3-1.0-3.43.5781.07720110.0
    1nrca35.6-6.28.4895.07577510.0
    1nrca3-1.14.44.6841.08344110.0
    1nrca40.5-4.54.5569.05753610.0
    1nrca47.0-7.410.2794.05867310.0
    1nrca4-2.14.34.8731.06090410.0
    1nrcb1-3.22.64.1651.04087510.0
    1nrcb13.4-0.43.4541.04293010.0
    1nrcb1-3.15.26.0782.05951310.0
    1nrcb2-2.92.84.0839.06562110.0
    1nrcb23.7-0.23.7574.06645810.0
    1nrcb2-3.24.75.7944.08605310.0
    1nrcb2-5.48.410.0959.08580410.0
    1nrcb34.8-2.15.2753.05732810.0
    1nrcb3-0.83.43.5644.05543110.0
    1nrcb4-3.83.04.9835.096283.0
    1nrcb42.8-0.12.8508.096013.0
    1nrcb4-0.93.33.5884.0102043.0
    2nrca1-0.8-3.33.4803.0124203.0
    2nrca14.0-2.84.9974.0120293.0
    2nrca2-1.4-4.14.3742.07156810.0
    2nrca23.3-3.54.8802.07002210.0
    2nrca3-2.0-0.52.11,042.0219393.0
    2nrca32.70.02.7699.0217663.0
    2nrca31.02.62.8869.0149993.0
    2nrca3-1.92.93.51,032.0151093.0
    2nrca4-2.1-0.62.11,168.0219763.0
    2nrca42.6-0.02.6684.0214093.0
    2nrca41.12.93.1895.0130743.0
    2nrca4-1.83.23.71,000.0127163.0
    2nrcb1-2.0-0.62.1581.03885310.0
    2nrcb12.6-0.22.7432.04019810.0
    2nrcb11.23.13.3820.08790010.0
    2nrcb1-2.33.64.3879.08651010.0
    2nrcb2-2.0-0.72.1549.04160210.0
    2nrcb22.7-0.32.7465.04136510.0

    showing 40 of 64

    Existing figures
  • fail
    F277W_o001: 23/24 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F277W_o001_latest.json
    what is affected, and why
    Affected: 2/2 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrcalong visit 1: dRA 1.3, dDec 4.7 masnrcalong visit 1: dRA 8.1, dDec 2.1 masnrcalong visit 1: dRA 1.0, dDec 9.1 masnrcalong visit 1: dRA -1.4, dDec 11.8 masnrcblong visit 1: dRA -3.2, dDec -8.3 masnrcblong visit 1: dRA 3.6, dDec -10.7 masnrcblong visit 1: dRA -1.0, dDec -4.5 masnrcblong visit 1: dRA -3.4, dDec -2.1 masnrcalong visit 2: dRA 5.3, dDec 1.7 masnrcalong visit 2: dRA 1.7, dDec 11.0 masnrcalong visit 2: dRA -1.1, dDec 12.0 masnrcblong visit 2: dRA -2.8, dDec -11.9 masnrcblong visit 2: dRA 2.3, dDec -11.6 masnrcblong visit 2: dRA -0.3, dDec -2.4 masnrcblong visit 2: dRA -4.2, dDec -1.2 masnrcalong visit 3: dRA -2.6, dDec 3.9 masnrcalong visit 3: dRA -2.3, dDec 3.2 masnrcalong visit 3: dRA 4.0, dDec 9.6 masnrcalong visit 3: dRA 4.6, dDec 9.9 masnrcblong visit 3: dRA -6.5, dDec -8.5 masnrcblong visit 3: dRA -5.9, dDec -9.4 masnrcblong visit 3: dRA 2.3, dDec -3.5 masnrcblong visit 3: dRA 2.3, dDec -3.3 masnrcalong nrcblong±12 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrcblong12/12
    nrcalong11/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrcalong1.34.74.82,614.02095323.0
    1nrcalong8.12.18.32,832.32089183.0
    1nrcalong1.09.19.22,566.02171293.0
    1nrcalong-1.411.811.92,743.02170643.0
    1nrcblong-3.2-8.38.83,207.02394723.0
    1nrcblong3.6-10.711.33,221.32386413.0
    1nrcblong-1.0-4.54.62,823.72380163.0
    1nrcblong-3.4-2.14.03,040.02363773.0
    2nrcalong5.31.75.53,983.0868443.0
    2nrcalong1.711.011.12,896.51308313.0
    2nrcalong-1.112.012.12,709.01305783.0
    2nrcblong-2.8-11.912.23,365.51527123.0
    2nrcblong2.3-11.611.83,334.51528303.0
    2nrcblong-0.3-2.42.41,639.51126083.0
    2nrcblong-4.2-1.24.42,350.51129393.0
    3nrcalong-2.63.94.73,354.01603543.0
    3nrcalong-2.33.24.03,360.51621343.0
    3nrcalong4.09.610.43,935.51783963.0
    3nrcalong4.69.910.93,977.01772603.0
    3nrcblong-6.5-8.510.72,723.31894923.0
    3nrcblong-5.9-9.411.12,739.71897413.0
    3nrcblong2.3-3.54.22,727.02035343.0
    3nrcblong2.3-3.34.02,709.32024123.0
    Existing figures
  • fail
    F323N_o001: 23/24 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F323N_o001_latest.json
    what is affected, and why
    Affected: 2/2 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrcalong visit 1: dRA 1.5, dDec 3.9 masnrcalong visit 1: dRA 8.5, dDec 1.3 masnrcalong visit 1: dRA 1.1, dDec 7.7 masnrcalong visit 1: dRA -1.1, dDec 11.7 masnrcblong visit 1: dRA -4.1, dDec -7.9 masnrcblong visit 1: dRA 2.8, dDec -10.4 masnrcblong visit 1: dRA -1.6, dDec -5.0 masnrcblong visit 1: dRA -4.7, dDec -1.2 masnrcalong visit 2: dRA 5.9, dDec 1.5 masnrcalong visit 2: dRA 2.4, dDec 10.3 masnrcalong visit 2: dRA -0.4, dDec 11.8 masnrcblong visit 2: dRA -4.4, dDec -11.4 masnrcblong visit 2: dRA 1.1, dDec -10.3 masnrcblong visit 2: dRA -1.4, dDec -2.2 masnrcblong visit 2: dRA -5.2, dDec -0.6 masnrcalong visit 3: dRA -2.5, dDec 3.7 masnrcalong visit 3: dRA -2.0, dDec 3.5 masnrcalong visit 3: dRA 3.8, dDec 8.9 masnrcalong visit 3: dRA 4.3, dDec 9.5 masnrcblong visit 3: dRA -6.8, dDec -8.5 masnrcblong visit 3: dRA -6.0, dDec -8.6 masnrcblong visit 3: dRA 2.0, dDec -4.2 masnrcblong visit 3: dRA 2.0, dDec -3.6 masnrcalong nrcblong±12 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrcblong12/12
    nrcalong11/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrcalong1.53.94.21,552.07122710.0
    1nrcalong8.51.38.61,542.07092010.0
    1nrcalong1.17.77.81,373.06524310.0
    1nrcalong-1.111.711.81,403.06405410.0
    1nrcblong-4.1-7.98.91,903.08435910.0
    1nrcblong2.8-10.410.81,898.08622210.0
    1nrcblong-1.6-5.05.31,923.0110503.0
    1nrcblong-4.7-1.24.81,826.0110583.0
    2nrcalong5.91.56.11,894.0125103.0
    2nrcalong2.410.310.61,656.08164910.0
    2nrcalong-0.411.811.81,128.08016510.0
    2nrcblong-4.4-11.412.21,846.08761910.0
    2nrcblong1.1-10.310.31,615.08807810.0
    2nrcblong-1.4-2.22.61,944.0145553.0
    2nrcblong-5.2-0.65.21,674.0144293.0
    3nrcalong-2.53.74.51,502.06577010.0
    3nrcalong-2.03.54.11,441.06395510.0
    3nrcalong3.88.99.71,525.05801910.0
    3nrcalong4.39.510.51,535.05932610.0
    3nrcblong-6.8-8.510.91,403.05143010.0
    3nrcblong-6.0-8.610.51,413.05188510.0
    3nrcblong2.0-4.24.61,500.06291910.0
    3nrcblong2.0-3.64.11,466.06289610.0
    Existing figures
  • fail
    F405N_o001: 22/24 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F405N_o001_latest.json
    what is affected, and why
    Affected: 2/2 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrcalong visit 1: dRA 1.6, dDec 3.8 masnrcalong visit 1: dRA 8.1, dDec 1.1 masnrcalong visit 1: dRA 0.5, dDec 8.1 masnrcalong visit 1: dRA -2.0, dDec 11.6 masnrcblong visit 1: dRA -3.2, dDec -7.4 masnrcblong visit 1: dRA 3.1, dDec -10.1 masnrcblong visit 1: dRA -0.5, dDec -4.4 masnrcblong visit 1: dRA -3.4, dDec -1.1 masnrcalong visit 2: dRA 5.8, dDec 1.8 masnrcalong visit 2: dRA 1.3, dDec 11.4 masnrcalong visit 2: dRA -1.2, dDec 12.1 masnrcblong visit 2: dRA -3.2, dDec -11.2 masnrcblong visit 2: dRA 1.7, dDec -10.2 masnrcblong visit 2: dRA -3.9, dDec -0.6 masnrcalong visit 3: dRA -2.7, dDec 3.6 masnrcalong visit 3: dRA -2.1, dDec 3.2 masnrcalong visit 3: dRA 3.8, dDec 9.6 masnrcalong visit 3: dRA 4.0, dDec 10.2 masnrcblong visit 3: dRA -7.4, dDec -8.7 masnrcblong visit 3: dRA -6.5, dDec -9.1 masnrcblong visit 3: dRA 2.1, dDec -3.5 masnrcblong visit 3: dRA 2.1, dDec -3.2 masnrcalong nrcblong±12 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrcalong11/12
    nrcblong11/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrcalong1.63.84.11,536.06845210.0
    1nrcalong8.11.18.21,430.06894710.0
    1nrcalong0.58.18.11,157.06259110.0
    1nrcalong-2.011.611.81,562.06434410.0
    1nrcblong-3.2-7.48.11,960.097843.0
    1nrcblong3.1-10.110.61,976.09073910.0
    1nrcblong-0.5-4.44.41,500.0112263.0
    1nrcblong-3.4-1.13.61,856.0115023.0
    2nrcalong5.81.86.02,053.0148193.0
    2nrcalong1.311.411.41,590.08834310.0
    2nrcalong-1.212.112.21,528.08750510.0
    2nrcblong-3.2-11.211.71,983.0127223.0
    2nrcblong1.7-10.210.31,865.0128193.0
    2nrcblong-3.9-0.63.91,806.0170623.0
    3nrcalong-2.73.64.51,478.06301710.0
    3nrcalong-2.13.23.81,420.06312110.0
    3nrcalong3.89.610.31,518.05867210.0
    3nrcalong4.010.211.01,522.05832710.0
    3nrcblong-7.4-8.711.41,511.05874510.0
    3nrcblong-6.5-9.111.21,521.05803810.0
    3nrcblong2.1-3.54.11,542.06784110.0
    3nrcblong2.1-3.23.81,566.06997710.0
    Existing figures
  • fail
    F466N_o001: 24/24 exposures misaligned vs their visit consensus
    An exposure is misaligned when its offset exceeds 2.0 mas AND is significant against the peak error bars. At m2 this CORRECTS the offsets table and stops the run; the crf frames must be regenerated before cataloging continues.
    checkpoint_m2_F466N_o001_latest.json
    what is affected, and why
    Affected: 2/2 detectors — spread across detectors, so the frame as a whole moved: look at the offsets table and whether these exposures were regenerated from _cal after the table changed. fix_alignment SKIPS a frame that already has a RAOFFSET header, so correcting the table alone leaves stale frames in place; regenerate the working copy from _cal instead of re-applying on top.
    nrcalong visit 1: dRA 2.0, dDec 3.7 masnrcalong visit 1: dRA 8.7, dDec 0.8 masnrcalong visit 1: dRA 0.9, dDec 8.0 masnrcalong visit 1: dRA -0.9, dDec 11.6 masnrcblong visit 1: dRA -4.2, dDec -7.4 masnrcblong visit 1: dRA 2.4, dDec -10.2 masnrcblong visit 1: dRA -1.5, dDec -4.4 masnrcblong visit 1: dRA -3.8, dDec -0.8 masnrcalong visit 2: dRA 1.2, dDec 1.7 masnrcalong visit 2: dRA 5.9, dDec 2.2 masnrcalong visit 2: dRA 2.4, dDec 12.5 masnrcalong visit 2: dRA -0.4, dDec 12.7 masnrcblong visit 2: dRA -4.2, dDec -11.8 masnrcblong visit 2: dRA 0.5, dDec -11.4 masnrcblong visit 2: dRA -1.3, dDec -2.0 masnrcblong visit 2: dRA -4.6, dDec -1.6 masnrcalong visit 3: dRA -1.6, dDec 4.1 masnrcalong visit 3: dRA -1.6, dDec 3.8 masnrcalong visit 3: dRA 4.1, dDec 9.5 masnrcalong visit 3: dRA 4.8, dDec 10.1 masnrcblong visit 3: dRA -7.9, dDec -8.6 masnrcblong visit 3: dRA -7.6, dDec -8.9 masnrcblong visit 3: dRA 1.6, dDec -4.5 masnrcblong visit 3: dRA 1.6, dDec -3.8 masnrcalong nrcblong±13 mas
    Per-exposure offset vectors, coloured by detector. Solid = flagged misaligned. One colour pointing away means one detector; everything fanning out means the frame moved.
    Misaligned by detector
    nrcalong12/12
    nrcblong12/12
    Diagnostic writeupD2 — internal astrometric repeatability · full diagnostic writeup (PDF)
    visitdetectordRA (mas)dDec (mas)off (mas)contrastpairswindow ("")
    1nrcalong2.03.74.31,223.04318110.0
    1nrcalong8.70.88.71,040.052423.0
    1nrcalong0.98.08.1942.03863910.0
    1nrcalong-0.911.611.6960.03859010.0
    1nrcblong-4.2-7.48.51,314.04043310.0
    1nrcblong2.4-10.210.51,289.04207210.0
    1nrcblong-1.5-4.44.71,301.04880910.0
    1nrcblong-3.8-0.83.91,122.04847210.0
    2nrcalong1.21.72.11,585.0133673.0
    2nrcalong5.92.26.31,885.0131793.0
    2nrcalong2.412.512.71,435.06433010.0
    2nrcalong-0.412.712.7974.06512810.0
    2nrcblong-4.2-11.812.51,562.06744810.0
    2nrcblong0.5-11.411.41,093.06620910.0
    2nrcblong-1.3-2.02.31,632.0132883.0
    2nrcblong-4.6-1.64.91,831.0134713.0
    3nrcalong-1.64.14.41,099.04199810.0
    3nrcalong-1.63.84.11,130.04262710.0
    3nrcalong4.19.510.41,254.03830410.0
    3nrcalong4.810.111.11,264.03782710.0
    3nrcblong-7.9-8.611.71,087.03013010.0
    3nrcblong-7.6-8.911.81,088.02946310.0
    3nrcblong1.6-4.54.71,052.03496810.0
    3nrcblong1.6-3.84.11,018.03426410.0
    Existing figures
  • warn
    m7: products come from 2 different pipeline tags (unattributed)
    2026-09-04_PR771_837e5d8-dirty (27), 2026-09-16_PR904_2ccc032-dirty (9). Image and catalog must be deployed from the SAME pipeline run; a mixed-tag set is not releasable as one product. NOTE: the sidecars carry no observation token and this field has several observations, so the mix may span them rather than sitting inside this one.
    catalogs/*m7*.prov.json
    what is affected, and why
    This happens when filters are re-run at different times and only some are regenerated — a partial rerun, or a merge that picked up an older per-filter product. The fix is to re-run the lagging filters at the current tag, not to re-stamp: the tag records which code wrote the numbers.
    Diagnostic writeupfull diagnostic writeup (PDF)
    pipeline tagproducts
    2026-09-04_PR771_837e5d8-dirty27
    2026-09-16_PR904_2ccc032-dirty9
    Existing figures
  • warn
    m7: 36 product(s) stamped with a -dirty tag
    The tree had uncommitted changes, so the tag does not identify the code that ran. Fine for a development run; not for a release.
    catalogs/*m7*.prov.json
    what is affected, and why
    Diagnostic writeupfull diagnostic writeup (PDF)
    Existing figures
  • warn
    m8: 3 product(s) stamped with a -dirty tag
    The tree had uncommitted changes, so the tag does not identify the code that ran. Fine for a development run; not for a release.
    catalogs/*m8*.prov.json
    what is affected, and why
    Diagnostic writeupfull diagnostic writeup (PDF)
    Existing figures
  • warn
    2 different CRDS contexts among the sampled frames: jwst_1568.pmap, jwst_1594.pmap
    Frames calibrated against different CRDS contexts do not share one WCS solution — distortion and filteroffset references differ between them. A catalog built from the mixture carries whichever each frame got. (Sampled, so this is a lower bound on the spread.)
    FITS header CRDS_CTX
    what is affected, and why
    Frames from different reduction epochs are co-resident in the filter directory. Distortion and filteroffset references differ between contexts, so positions from the two generations do not share one solution — and an apparent inter-module or inter-visit offset can be entirely this. Re-reduce the older frames, or move them out of the globbed directory.
    Diagnostic writeupD3 — absolute tie to the reference frame · full diagnostic writeup (PDF)
    filterCRDS_CTXframes sampled
    F115Wjwst_1568.pmap4
    F150Wjwst_1594.pmap4
    F164Njwst_1568.pmap4
    F187Njwst_1568.pmap4
    F200Wjwst_1568.pmap4
    F212Njwst_1568.pmap4
    F277Wjwst_1568.pmap4
    F323Njwst_1568.pmap4
    F405Njwst_1568.pmap4
    F444Wjwst_1594.pmap4
    F466Njwst_1568.pmap4
    Existing figures
  • warn
    m7: only an untagged cross-band product exists
    This field has several observations but the product carries no _o<obs> token, so it cannot be attributed to one of them.
    catalogs/
    what is affected, and why
    Diagnostic writeupfull diagnostic writeup (PDF)
    Existing figures
  • warn
    m8: only an untagged cross-band product exists
    This field has several observations but the product carries no _o<obs> token, so it cannot be attributed to one of them.
    catalogs/
    what is affected, and why
    Diagnostic writeupfull diagnostic writeup (PDF)
    Existing figures
  • ok
    F444W_o001: all 48 exposures within 2.0 mas of consensus
    checkpoint_m2_F444W_o001_latest.json
  • ok
    8 recent log(s), no error signatures
    logs/
  • ok
    m8: single tag 2026-09-16_PR904_2ccc032-dirty (3 products)
    catalogs/*m8*.prov.json

wd1 · 1905/o003

/orange/adamginsburg/westerlund/wd1 back to overview

Stage ladder

unccalredi2dm12m3m4m5m6m7m8

Products per filter

filterunccalcrfredi2dsatm12m3m4m5m6reduced as
F115W·····133333
F150W·····133333
F164N·····133333
F187N·····133333
F200W·····133333
F212N·····133333
F277W·····133333
F323N·····133333
F405N·····133333
F444W·····133333
F466N·····133333

* = the product name carries no _o<obs> token and this field has more than one observation, so the count cannot be attributed to 1905/o003.

Astrometry — m2 checkpoint

filtervisitexposuresmisaligned sweptmin contrastbulk tie (mas)tie from tiles okworst tile (mas)cell checkpoint
F115W_o001 1 96 69 0 217 — —/— — 2026-08-30T20:51:39Z
F115W_o001 2 96 69 0 217 — —/— — 2026-08-30T20:51:39Z
F115W_o001 3 96 69 0 217 — —/— — 2026-08-30T20:51:39Z
F150W_o001 1 96 10 0 509 — —/— — 2026-09-12T01:51:44Z
F150W_o001 2 96 10 0 509 — —/— — 2026-09-12T01:51:44Z
F150W_o001 3 96 10 0 509 — —/— — 2026-09-12T01:51:44Z
F164N_o001 1 96 79 0 66 — —/— — 2026-08-30T23:18:41Z
F164N_o001 2 96 79 0 66 — —/— — 2026-08-30T23:18:41Z
F164N_o001 3 96 79 0 66 — —/— — 2026-08-30T23:18:41Z
F187N_o001 1 96 65 0 62 — —/— — 2026-08-31T00:42:02Z
F187N_o001 2 96 65 0 62 — —/— — 2026-08-31T00:42:02Z
F187N_o001 3 96 65 0 62 — —/— — 2026-08-31T00:42:02Z
F200W_o001 1 96 64 0 400 — —/— — 2026-08-31T01:59:57Z
F200W_o001 2 96 64 0 400 — —/— — 2026-08-31T01:59:57Z
F200W_o001 3 96 64 0 400 — —/— — 2026-08-31T01:59:57Z
F212N_o001 1 96 64 0 58 — —/— — 2026-08-31T03:15:44Z
F212N_o001 2 96 64 0 58 — —/— — 2026-08-31T03:15:44Z
F212N_o001 3 96 64 0 58 — —/— — 2026-08-31T03:15:44Z
F277W_o001 1 24 23 0 1640 — —/— — 2026-08-31T04:30:52Z
F277W_o001 2 24 23 0 1640 — —/— — 2026-08-31T04:30:52Z
F277W_o001 3 24 23 0 1640 — —/— — 2026-08-31T04:30:52Z
F323N_o001 1 24 23 0 1061 — —/— — 2026-08-31T04:53:09Z
F323N_o001 2 24 23 0 1061 — —/— — 2026-08-31T04:53:09Z
F323N_o001 3 24 23 0 1061 — —/— — 2026-08-31T04:53:09Z
F405N_o001 1 24 22 0 1157 — —/— — 2026-08-31T05:10:17Z
F405N_o001 2 24 22 0 1157 — —/— — 2026-08-31T05:10:17Z
F405N_o001 3 24 22 0 1157 — —/— — 2026-08-31T05:10:17Z
F444W_o001 1 48 0 0 730 — —/— — 2026-09-12T04:29:38Z
F444W_o001 2 48 0 0 730 — —/— — 2026-09-12T04:29:38Z
F444W_o001 3 48 0 0 730 — —/— — 2026-09-12T04:29:38Z
F466N_o001 1 24 24 0 942 — —/— — 2026-08-31T05:39:56Z
F466N_o001 2 24 24 0 942 — —/— — 2026-08-31T05:39:56Z
F466N_o001 3 24 24 0 942 — —/— — 2026-08-31T05:39:56Z

“tiles ok” is not a tolerance. measure_offset_grid runs with no max_off_mas, and astrometry_offsets sets off_ok=True whenever that is None — so N/N counts tiles whose offset histogram had a coherent peak, however large the offset. The column that carries the gate is worst tile, against 15 mas.

Provenance

phaseproductspipeline tag(s)
m7362026-09-04_PR771_837e5d8-dirty (27), 2026-09-16_PR904_2ccc032-dirty (9)
m832026-09-16_PR904_2ccc032-dirty (3)

Queue

No jobs in the queue for this field.

Findings

  • ok
    o003 is registered but not globbed (glob_obsid = '001')
    The reduction builds filenames from glob_obsid, so this observation has no products by design. Nothing below applies to it.
    fields.yaml glob_obsid
Generated 2026-09-19 14:56 EDT. Every number here is read from what the pipeline recorded — the tolerances are the ones the pipeline itself enforces, and no offset is re-measured for this page.