Overview
|
Logs
|
GitHub
i.up42.import
NAME
i.up42.import - Imports Pléiades data using the Python SDK from UP42.
KEYWORDS
imagery ,
import ,
projection ,
Pléiades ,
UP42 ,
VHR
SYNOPSIS
i.up42.import
i.up42.import --help
i.up42.import [-pm ] [input =name ] [input_geojson =string ] [producttype =string ] [start =string ] [end =string ] [clouds =integer ] [area_relation =string ] [directory =string ] [output =name ] [max_area =integer ] [--overwrite ] [--help ] [--verbose ] [--quiet ] [--ui ]
Flags:
-p
Print only credits for job
-m
Create vector map with meta data named meta_{output}
--overwrite
Allow output files to overwrite existing files
--help
Print usage summary
--verbose
Verbose module output
--quiet
Quiet module output
--ui
Force launching GUI dialog
Parameters:
input =name
Name of input vector map
Input vector map of BBOX
input_geojson =string
Input map as GeoJSON string in EPSGS:4326
producttype =string
UP42 product type to filter
Options: pleiades
Default: pleiades
start =string
Start date ('YYYY-MM-DD')
Default: 2020-01-01
end =string
End date ('YYYY-MM-DD')
Default: today
clouds =integer
Maximum cloud cover percentage for scene
Default: 100
area_relation =string
Spatial relation
Options: Intersects, Contains
Default: Contains
directory =string
Directory to save the original data; If not set, downloaded data will be deleted
output =name
Name for output raster map
max_area =integer
Maximum allowed area size in sqm
i.up42.import is a Python 3 script which uses the Python SDK for UP42.
UP42 is a platform for Earth data and analytics. You have to sign in to UP42
before using this GRASS GIS addon (
https://up42.com/ ).
So far, only the download of the Pléiades data is supported by this addon.
The download region can be defined by an input vector map
input or a
GeoJSON polygon
input_geojson . Here it is important that the area size
must be at least 0.1 sqkm.
if
input_geojson is used, the GeoJSON must be passed as string with a
polygon, UP42 only allows one single feature and not multiple features inside
a geojson file and also no multipolygons.
With the flag
p the credits of a process are estimated.
# setting authentication
export UP42_PROJECT_ID=[PROJECT_ID]
export UP42_PROJECT_API_KEY=[PROJECT_API_KEY]
# polygon in GeoJSON format
GEOJSON='{"type": "FeatureCollection","features": [{"type": "Feature","properties": {},"geometry": {"type": "Polygon","coordinates": [[[7.095494270324707,50.742294306843085],[7.092854976654053,50.740447578361746],[7.098348140716552,50.73836992176511],[7.100987434387207,50.73957850446387],[7.098090648651123,50.7425794569557],[7.095494270324707,50.742294306843085]]]}}]}'
# import of Pléiades in this polygon
i.up42.import input_geojson="$GEOJSON" clouds=2 -p directory=vhr/ start=2020-04-01 end=2020-04-30 output=vhr
r.import
Anika Weinmann,
mundialis , Germany
SOURCE CODE
Available at:
i.up42.import source code
(history )
Accessed: Monday Jul 27 12:22:45 2026
Overview
|
Logs
|
GitHub
i.up42.import
Main index |
Imagery index |
Topics index |
Keywords index |
Graphical index |
Full index
© 2003-2026
GRASS Development Team ,
GRASS 8.5.1dev Reference Manual