DIF-C-MRI-2-EPOXI-GARRADD-V1.0 Raw Data, Comet Garradd DIF-C-MRI-3/4-EPOXI-GARRADD-V1.0 Calibrated and Resampled Data, Comet Garradd DIF-C-MRI-2-EPOXI-ISON-V1.0 Raw Data, Comet ISON DIF-C-MRI-3/4-EPOXI-ISON-V1.0 Calibrated and Resampled Data, Come ISON Review Result: All Certified. Symbol Key: o = Lien open x = Lien resolved or closed ! = Lien rejected + = Comments (by SMcLaughlin unless otherwise indicated) Catalog ======= ! In the dataset.cat file description, please add full citations to the Calibration papers (i.e., as footnotes in the text in addition to the REFERENCE objects that also exist). + Project will not address this lien; the PI concurred. The full citation is already available (and correctly typed!) in the ref.cat file(s). x There needs to be a reference to the source of the pole definition for Garradd and ISON in some appropriate place. [Note that the SPICE kernels likely involved have not been reviewed.] + Done. x There is a known issue with a solar flare that significantly affects data on a particular date. This should be noted in the data set descriptions for all affected data sets. + Done. Added paragraph from Tony in overview section of dataset.cat. x In dataset.cat: - The CITATION_DESC year must be '2014' since this is when the data were reviewed and released to the public. - Line 167/234: "This extension uses one byte of eight (,) bit flags to..." would better stated "This extension uses one byte consisting of eight, single-bit flags to..." - The explanation of x-size for the table: “X-size is the Spectral dimension” is wrong. - Line 273/351, in the table listing filters: Center wavelength of CLEAR6 is 650 nm not 600 nm x Done. Documents ========= x Ensure these data sets have the latest versions of these document files: day_of_year_calendar.lbl epoxi_cal_pipeline_summ.lbl epoxi_sis.lbl instruments_hampton.lbl pdsdd_epoxi.lbl quaternion_desc.lbl + Done. x In epoxi_sis.pdf: x This document says labels for HRIV, MRI, and ITS level 3/4 data, PDS keyword PROCESSING_HISTORY_TEXT contain FLAT_PRO= FLATCONS= FLATTEMP= CALWINDW= CALWINPY= but the sample labels in the SIS's 4.4.4.1 and 4.4.4.2 do not. x p. 27: "DIF-L-HRII-3_4-EPOXI-LUNAR-CALS-V1.0" should have a / not a _ i.e. "DIF-L-HRII-3/4-EPOXI-LUNAR-CALS-V1.0" x epoxy_sis.pdf pages 47-9 the figures are misaligned with the text. This needs to be corrected in every copy of the document in all data sets. + Done, except for the item about PROCESSING_HISTORY_TEXT. That PDS keyword will contain different processing keywords because the calibration pipeline performs different steps for the VIS HRIV, MRI, and ITS CCDs and the IR spectrometer. For example, the FITS header keywords FLAT_PRO, FLATCONS, FLATTEMP, CALWINDW, & CALWINPY only apply to IR calibration, so those values are never included in PROCESSING_HISTORY_TEXT. However, we noted this difference in the description of PROCESSING_HISTORY_TEXT in the SIS. For last item, had to print the Word file as a Postscript to force alignment of figure pieces with text, then distilled the Postscript to PDF/A. x There are summary files with names like hriv_3_4_epoxi_garrad.pdf. In at least some of these labels in some data sets, the Julian Date field is described as being in the form YYYYMMDD. This needs to be fixed if it applies to this data set. + Done. x The BODY_POSITIVE_POLE_CLOCK_ANGLE or whatever it is called, is stated to an unrealistic degree of precisicion for comets Garradd and ISON. It should certainly not be stated in these data to more accuracy than integer degrees. But in the document directory the table that lists geometry gives the same clock angle for this value as for the celestial north clock angle. If the value is not applicable, or otherwise unknown/unknowable, then the appropriate constant needs to be defined and used. + Done. BODY_POSITIVE_POLE_CLOCK_ANGLE is not really known for comet Garradd and ISON. Project revised data labels and geometry tables to use an appropriate value unknown. x In places that describe the file naming convention, there needs to be a clear indication of which time (beginning, middle, end) is used for creating the file name. + Not applicable. Mid-obs is used in the filenames and for grouping products into DOY directories, and this is already called out in the EPOXI SIS and dataset.cat files! x In the Garradd data set documents, in both mri_2_epoxi_garradd.lbl and mri_3_4_epoxi_garradd.lbl: - Line 68/71: Specified format for column 2 is not consistent with Julian date - Line 96/99: Confusing sentence: If the target was within several fields-of-view, the actual target name was used although the target may not be in the image. - Line 126/129: typo: delete 'this' - Line 279/282: Center wavelength for CLEAR6 is 650 nm not 600 nm - Add a note to indicate, where it is not obvious, why certain columns in the table either all have identical values, or have N/A flags. x Done. Last item rejected; geom values are automatically computed by the pipeline using SPICE kernels. The project does not have resources to evaluate all N/A and identical values, which are typically due to gaps in kernels, in all DI and EPOXI datasets. x In the ISON data, file mri_2_epoxi_ison.lbl, the body pole is not known, so the appropriate constants indicating the value is unknown should be used in the label and table columns. + Done. BODY_POSITIVE_POLE_CLOCK_ANGLE is not really known for comet Garradd and ISON. Project revised data labels and geometry tables to use an appropriate value unknown. + Per BTC: For ISON and GARRADD, default SPICE file (PCK; suffix .tpc) specifying non-rotating body aligned with EMEJ2000 was used in SDC pipeline. DATA/ ===== x The BODY_POSITIVE_POLE_CLOCK_ANGLE or whatever it is called, is stated to an unrealistic degree of precisicion for comets Garradd and ISON. It should certainly not be stated in these data to more accuracy than integer degrees. But in the document directory the table that lists geometry gives the same clock angle for this value as for the celestial north clock angle. If the value is not applicable, or otherwise unknown/unknowable, then the appropriate constant needs to be defined and used. + Done. BODY_POSITIVE_POLE_CLOCK_ANGLE is not really known for comet Garradd and ISON. Project revised data labels and geometry tables to use an appropriate value unknown. x [Inserted by SAM] Include MRI ISON raw and calibrated data products for 2013/065-069 that were missing from the peer-reviewed dataset. (The original data were pulled from the SDC in July 2013 and did not contain these DOYs.) + Done. Remade image param and index tables accordingly. CALIB/ ====== x The following labels have the same syntax error: dif-c-mri-3_4-epoxi-garradd-v1.0/calib/abscalvs/mrivis_100101_2_0_1.lbl dif-c-mri-3_4-epoxi-garradd-v1.0/calib/abscalvs/mrivis_100101_2_0_2.lbl dif-c-mri-3_4-epoxi-garradd-v1.0/calib/abscalvs/mrivis_100101_2_0_3.lbl dif-c-mri-3_4-epoxi-garradd-v1.0/calib/abscalvs/mrivis_100101_2_0_6.lbl dif-c-mri-3_4-epoxi-garradd-v1.0/calib/abscalvs/mrivis_100101_2_0_7.lbl dif-c-mri-3_4-epoxi-garradd-v1.0/calib/abscalvs/mrivis_100101_2_0_9.lbl dif-c-mri-3_4-epoxi-ison-v1.0/calib/abscalvs/mrivis_100101_2_0_1.lbl dif-c-mri-3_4-epoxi-ison-v1.0/calib/abscalvs/mrivis_100101_2_0_3.lbl dif-c-mri-3_4-epoxi-ison-v1.0/calib/abscalvs/mrivis_100101_2_0_6.lbl dif-c-mri-3_4-epoxi-ison-v1.0/calib/abscalvs/mrivis_100101_2_0_7.lbl dif-c-mri-3_4-epoxi-ison-v1.0/calib/abscalvs/mrivis_100101_2_0_9.lbl - Missing RECORD_TYPE = FIXED_LENGTH + Done [SAM added next lien; similar for one called out for HRIV Garradd, but not for MRI Garradd/ISON.] x In calib/xtalk/mrivis_071004_3_3.lbl - Last line in the NOTE field is missing an adjective (Note: "A ROTATE is always performed [?] a SHIFT.") - Consider removing the derivation in the NOTE field to a separate document and just referencing it, and noting in the label that the cross-talk is not generally relevant/significant (if that is, indeed, the case). + Done. Fixed NOTE: Rotate is performed *before* a shift. Project will keep the derivation in the NOTE field to match xtalk labels in other datasets archived for EPOXI. However stated in this label that the derivation is included because the process is complicated (cross-talk removal can be relevant depending on exposure time and source brightness).