LICIACube LUKE Liens ==================== Documentation ============= --> Add final paper (which is open access) to the “document” directory – rather than the preprint placed there now. (https://iopscience.iop.org/collections/psj-230131-111). --> Make sure the new SPICE kernels are available at NAIF. I could not find them. file: data_summary.txt --> Point 2, “Images of triplet are not available” – would recommend providing a list of which images this applies too. Maybe these can be added in the data_summary.txt file. --> Make sure to update the Farnham reference – the paper is now published – in data_summary.txt. --> The description of the calibration is lacking. The second paragraph should be expanded to include the calibration information described by Farnham et al. ‘25 (latter part of the first paragraph in Sec 2.2). --> Per Farnham et al. ‘25, calibration was obtained (I think) exclusively from χ2 Ceti observations. Derived RGB responses (in W m-2 nm-1 sr-1 ) are weighted averages over the RGB filter response functions(?). These points should be explained in the calibration description. --> SPICE kernels listed in the data summary are incomplete, nor do they match the listings in each of the .fts headers (Why include them in each header?) --> The blank sky (frame liciacube_luke_l0_1664234361_00008_01.fits) image should be referenced, since it is not found in this collection. I believe LIDVID reference is "urn:nasa:pds:liciacube:luke_raw:liciacube_luke_l0_1664234361_00008::1.0". --> Remember to update the lines labeled "**** Update with new NAIF names" since these have been released (but if they haven't please update the text to indicate) --> Farnham et al. reference DOI should be updated from "XXXXXXXX" to the actual DOI value. If this is the same as the farnham_dart_boulders.pdf, you could also mention this copy exists. Data ==== --> A nice to have, but absolutely not required, is providing color pngs of the calibrated images, similar to what was done with the original Luke collection given that not everyone can easily de-Bayer the now newly calibrated 3-band color images. It would certainly make it easier for users to browse the images quickly when they are searching through the PDS. But if the original collection is also made available – then it may not be required. --> There is no mention of uncertainties in the RGB radiance conversions (DN s-1 –to- W m-2 nm-1 sr-1) here or in Farnham et al. ‘25. Were those estimated? If not calculated, better to leave them out. If possible, suggest to include the uncertainties in the data_summary file. --> TF-derived ephemeris kernels not in the naif database should be included, either in this PDS4 submission, or in a parallel submission that is cited here. --> How/where is ‘licia_close_app_frame.tf’ used? Labels ====== Target_name --> There is a mismatch between what LICIACube team provided as the target and what this collection provides for the same images. Why are not any of the data products have Dimorphos (urn:nasa:pds:context:target:satellite.65803_didymos.dimorphos) listed? List both targets where appropriate. file: 'collection.xml' --> The Citation_Information.description is very terse. Please expand on it. Think of this as the abstract for your data collection. Include details like alternate calibration, target(s) observed, use of alternate spice kernels, merged triplet images, etc. --> Please Funding_Acknowledgement information (funding source, year, award, acknowledgement) to the Citation_Information.description or if you update the IM version, you can add a Funding_Acknowledgement class. --> The target Dimorphos (urn:nasa:pds:context:target:satellite.65803_didymos.dimorphos) should be added. --> The Reference_List item for the data_summary should be LIDVID not LID. --> Add to the Reference_List Franham et al. (2025). --> Add to the Reference_List any of the references in the data_summary.txt file that are required for this data collection (citations as opposed to readings). --> Please add the Primary_Result_Summary.processing_level "Derived" to account for the merged products. --> Why are there so many Science_Facets listed, when all the data products only list Spectroscopy? files: 'data/*/*.xml' --> The