Closed vbrancat closed 1 year ago
@LiangJYu I don't understand the CI error :s, everything runs smooth locally and on aurora
@LiangJYu I don't understand the CI error :s, everything runs smooth locally and on aurora
@vbrancat the path here needs to be updated. Locally and on aurora you may be accessing files that still have science/SENTINEL1
@LiangJYu and @seongsujeong, this PR is ready for you to review
@LiangJYu and @seongsujeong this PR is ready to be reviewed. In the last commit, I included the following changes:
CSLC
groupcorrections
to processing_information
corrections
to timing_corrections
basename
from noise_information
and calibration_information
groupsvrt_parameters
as burst_location_parameters
s1_burst_metadata
as input_burst_metadata
parameters
in processing_information
containing 2 flags to indicate whether the CSLC-S1 phase has been flatten to the ellipsoid and topographic heightAlso, I think we should reconsider to to populate dem_source
in the inputs
group. Can we just give the path to the global VRT used to generate the product? Also, worth having in the schema dem_description
? What did RTC-S1 did about this?
What did RTC-S1 did about this?
In case of RTC, we provide the DEM description into ruconfig (example as below), and populate that into the metadata. I'm not sure how much the file name of the global VRT DEM would be useful for users because file name itself is not enough to provide what DEM it actually is.
dynamic_ancillary_file_group:
dem_file: dem_4326.tiff
dem_description: Digital Elevation Model (DEM) for the NASA OPERA project (v1.0) based on the Copernicus DEM 30-m and Copernicus 90-m referenced to the WGS84 ellipsoid
@LiangJYu and @seongsujeong would you please go through this PR?
@seongsujeong this PR awaits for your review/comments. Thanks
@seongsujeong your comments are addressed. Please, have another look at this PR. Thanks :).
This PR removes the path "s/science/SENTINEL1" to both the CSLC-S1 and the static layers product. In addition, the PR adds new metadata entries to the identification group.
The PR has been tested by generating the CSLC product and the static layers for one burst only.