./dhusget.sh -u asinatra -p p0rtugal -c 7.084936032762926,43.53319183759211:7.02391041325609,43.509168148747605 -F 'platformname:Sentinel-3 AND producttype:OL_2_WRR' -t 48find inside :
search@q=platformname%3ASentinel-3 AND ingestiondate%3A[NOW-60DAYS TO NOW] AND instrumentshortname%3AOLCI AND productlevel%3AL2
the product reference
wget --no-check-certificate --user sinaure --password p0rtugal https://scihub.copernicus.eu/dhus/odata/v1/Products('5b03a273-e7a0-44b3-92b4-228673a8838e')/$value
which product? https://sentinel.esa.int/web/sentinel/user-guides/sentinel-3-olci/data-formats
Run as:
with arguments var : S3B_OL_2_LFR/instrument_data.nc (file path)
https://www.unidata.ucar.edu/software/thredds/current/netcdf-java/tutorial/NetcdfFile.html
DEFIS THALES: REALTIME MONITORING + IOT
DEFIS ATOS : utilizer les services Mundi
DEFIS Cluster SAFE : securité jeux olympiques 2024
DEFIS CNES : harvest forecasting / agricolture
DEFIS KINAXIA : cityscan.fr POLLUTION AIR / ANALYSE SOL / PLAN HURBANISME (vectoriel)
DEFIS IGN : access a WMS / WMS /WMTS (valorizer source des donnes IGN)
https://jupyter.org/documentation
https://mundiwebservices.com/marketplace
Mundi: Atos copernicus ==> dias
CORE SERVICES (tematique) -- DIAS
Formats : NETCDF, cloud optimize geotiff, JPEG2000
https://gis.stackexchange.com/questions/284946/converting-netcdf-to-geotiff-file
SENTINEL ==> scheduled PLEIADE ==> on demand
SENTINEL 1-2 resolution (OPTIQUE = 10 RADAR = 50 m)
Download NetcdfUI
cd /lib
java -Xmx1g -jar toolsUI.jar
Idee :
- get data NETcdf
- convert to geotiff or raster
- send to geoserver
- retrive from geoserver project to openlayer
docker volume create geoserver
docker volume create postgres_database
docker-compose up
accessible at localhost:8088/geoserver https://geoserver.geo-solutions.it/edu/en/multidim/netcdf/netcdf_basics.html Install netcdf extesion https://geoserver.geo-solutions.it/edu/en/install_run/gs_extensions.html
- create WMS
- consume wms from web app with gogle maps or openlayer