Supported file formats¶
The library supports the following file formats. Please see the project issues for upcoming formats and feature requests.
Supported formats:
- GeoJSON (.geojson)
- Tabular data (.csv)
- GeoTIFF (.geotiff, .tif)
- Shapefile (.shp)
- GeoPackage (.gpkg)
- GPS Exchange Format (.gpx)
- Geography Markup Language (.gml)
- Keyhole Markup Language (.kml)
- FlatGeobuf (.fgb)
Supported data repositories:
- Zenodo (zenodo.org)
- Dryad (datadryad.org)
- Figshare (figshare.com)
- PANGAEA (pangaea.de)
- OSF (osf.io)
- GFZ Data Services (dataservices.gfz-potsdam.de)
- Pensoft Journals (e.g., bdj.pensoft.net)
Examples¶
GeoJSON¶
The file used in the example can be in the code repository: muenster_ring_zeit.geojson.
geoextent -b -t muenster_ring_zeit.geojson
CSV¶
Different CSV delimiters (;, ,) are automatically detected.
Supported column names, by using Regular expressions operations, are as follows:
Latitude -
(.)*latitude(.)*-^lat-lat$-^y-y$Longitude -
(.)*longitude"-(.)*long(.)-^lon-lon$-(.)*lng(.)*-^x-x$Time -
(.)*timestamp(.)*-(.)*datetime(.)*-(.)*time(.)*-^date-date$
The file used in the example can be obtained from Zenodo Sandbox record 256820.
geoextent -b -t cities_NL.csv
GeoTIFF¶
The file used in the example is available online: wf_100m_klas.tif.
geoextent -b wf_100m_klas.tif
{'format': 'tif',
'geoextent_handler': 'handleRaster',
'bbox': [5.915300756475311,
50.310251974108326,
9.468398712484138,
52.530775532873264],
'crs': '4326'}
Shapefile¶
The file used in the example can be found at Geofabrik: shapefiles_toulouse.zip.
geoextent -b gis_osm_buildings_a_07_1.shp
Archive: shapefiles_toulouse.zip
extracting: gis_osm_adminareas_a_07_1.cpg
inflating: gis_osm_adminareas_a_07_1.dbf
inflating: gis_osm_adminareas_a_07_1.prj
inflating: gis_osm_adminareas_a_07_1.shp
inflating: gis_osm_adminareas_a_07_1.shx
extracting: gis_osm_barriers_07_1.cpg
inflating: gis_osm_barriers_07_1.dbf
inflating: gis_osm_barriers_07_1.prj
inflating: gis_osm_barriers_07_1.shp
inflating: gis_osm_barriers_07_1.shx
extracting: gis_osm_boundaries_07_1.cpg
inflating: gis_osm_boundaries_07_1.dbf
inflating: gis_osm_boundaries_07_1.prj
inflating: gis_osm_boundaries_07_1.shp
inflating: gis_osm_boundaries_07_1.shx
extracting: gis_osm_buildings_a_07_1.cpg
inflating: gis_osm_buildings_a_07_1.dbf
inflating: gis_osm_buildings_a_07_1.prj
inflating: gis_osm_buildings_a_07_1.shp
inflating: gis_osm_buildings_a_07_1.shx
extracting: gis_osm_coastline_07_1.cpg
inflating: gis_osm_coastline_07_1.dbf
inflating: gis_osm_coastline_07_1.prj
inflating: gis_osm_coastline_07_1.shp
inflating: gis_osm_coastline_07_1.shx
extracting: gis_osm_landuse_a_07_1.cpg
inflating: gis_osm_landuse_a_07_1.dbf
inflating: gis_osm_landuse_a_07_1.prj
inflating: gis_osm_landuse_a_07_1.shp
inflating: gis_osm_landuse_a_07_1.shx
extracting: gis_osm_natural_07_1.cpg
inflating: gis_osm_natural_07_1.dbf
inflating: gis_osm_natural_07_1.prj
inflating: gis_osm_natural_07_1.shp
inflating: gis_osm_natural_07_1.shx
extracting: gis_osm_natural_a_07_1.cpg
inflating: gis_osm_natural_a_07_1.dbf
inflating: gis_osm_natural_a_07_1.prj
inflating: gis_osm_natural_a_07_1.shp
inflating: gis_osm_natural_a_07_1.shx
extracting: gis_osm_nonop_07_1.cpg
inflating: gis_osm_nonop_07_1.dbf
inflating: gis_osm_nonop_07_1.prj
inflating: gis_osm_nonop_07_1.shp
inflating: gis_osm_nonop_07_1.shx
extracting: gis_osm_places_07_1.cpg
inflating: gis_osm_places_07_1.dbf
inflating: gis_osm_places_07_1.prj
inflating: gis_osm_places_07_1.shp
inflating: gis_osm_places_07_1.shx
extracting: gis_osm_places_a_07_1.cpg
inflating: gis_osm_places_a_07_1.dbf
inflating: gis_osm_places_a_07_1.prj
inflating: gis_osm_places_a_07_1.shp
inflating: gis_osm_places_a_07_1.shx
extracting: gis_osm_pofw_07_1.cpg
inflating: gis_osm_pofw_07_1.dbf
inflating: gis_osm_pofw_07_1.prj
inflating: gis_osm_pofw_07_1.shp
inflating: gis_osm_pofw_07_1.shx
extracting: gis_osm_pofw_a_07_1.cpg
inflating: gis_osm_pofw_a_07_1.dbf
inflating: gis_osm_pofw_a_07_1.prj
inflating: gis_osm_pofw_a_07_1.shp
inflating: gis_osm_pofw_a_07_1.shx
extracting: gis_osm_pois_07_1.cpg
inflating: gis_osm_pois_07_1.dbf
inflating: gis_osm_pois_07_1.prj
inflating: gis_osm_pois_07_1.shp
inflating: gis_osm_pois_07_1.shx
extracting: gis_osm_pois_a_07_1.cpg
inflating: gis_osm_pois_a_07_1.dbf
inflating: gis_osm_pois_a_07_1.prj
inflating: gis_osm_pois_a_07_1.shp
inflating: gis_osm_pois_a_07_1.shx
extracting: gis_osm_power_07_1.cpg
inflating: gis_osm_power_07_1.dbf
inflating: gis_osm_power_07_1.prj
inflating: gis_osm_power_07_1.shp
inflating: gis_osm_power_07_1.shx
extracting: gis_osm_power_a_07_1.cpg
inflating: gis_osm_power_a_07_1.dbf
inflating: gis_osm_power_a_07_1.prj
inflating: gis_osm_power_a_07_1.shp
inflating: gis_osm_power_a_07_1.shx
extracting: gis_osm_powerlines_07_1.cpg
inflating: gis_osm_powerlines_07_1.dbf
inflating: gis_osm_powerlines_07_1.prj
inflating: gis_osm_powerlines_07_1.shp
inflating: gis_osm_powerlines_07_1.shx
extracting: gis_osm_railways_07_1.cpg
inflating: gis_osm_railways_07_1.dbf
inflating: gis_osm_railways_07_1.prj
inflating: gis_osm_railways_07_1.shp
inflating: gis_osm_railways_07_1.shx
extracting: gis_osm_roads_07_1.cpg
inflating: gis_osm_roads_07_1.dbf
inflating: gis_osm_roads_07_1.prj
inflating: gis_osm_roads_07_1.shp
inflating: gis_osm_roads_07_1.shx
extracting: gis_osm_routes_07_1.cpg
inflating: gis_osm_routes_07_1.dbf
inflating: gis_osm_routes_07_1.prj
inflating: gis_osm_routes_07_1.shp
inflating: gis_osm_routes_07_1.shx
extracting: gis_osm_runways_07_1.cpg
inflating: gis_osm_runways_07_1.dbf
inflating: gis_osm_runways_07_1.prj
inflating: gis_osm_runways_07_1.shp
inflating: gis_osm_runways_07_1.shx
extracting: gis_osm_runways_a_07_1.cpg
inflating: gis_osm_runways_a_07_1.dbf
inflating: gis_osm_runways_a_07_1.prj
inflating: gis_osm_runways_a_07_1.shp
inflating: gis_osm_runways_a_07_1.shx
extracting: gis_osm_traffic_07_1.cpg
inflating: gis_osm_traffic_07_1.dbf
inflating: gis_osm_traffic_07_1.prj
inflating: gis_osm_traffic_07_1.shp
inflating: gis_osm_traffic_07_1.shx
extracting: gis_osm_traffic_a_07_1.cpg
inflating: gis_osm_traffic_a_07_1.dbf
inflating: gis_osm_traffic_a_07_1.prj
inflating: gis_osm_traffic_a_07_1.shp
inflating: gis_osm_traffic_a_07_1.shx
extracting: gis_osm_transport_07_1.cpg
inflating: gis_osm_transport_07_1.dbf
inflating: gis_osm_transport_07_1.prj
inflating: gis_osm_transport_07_1.shp
inflating: gis_osm_transport_07_1.shx
extracting: gis_osm_transport_a_07_1.cpg
inflating: gis_osm_transport_a_07_1.dbf
inflating: gis_osm_transport_a_07_1.prj
inflating: gis_osm_transport_a_07_1.shp
inflating: gis_osm_transport_a_07_1.shx
extracting: gis_osm_water_a_07_1.cpg
inflating: gis_osm_water_a_07_1.dbf
inflating: gis_osm_water_a_07_1.prj
inflating: gis_osm_water_a_07_1.shp
inflating: gis_osm_water_a_07_1.shx
extracting: gis_osm_waterways_07_1.cpg
inflating: gis_osm_waterways_07_1.dbf
inflating: gis_osm_waterways_07_1.prj
inflating: gis_osm_waterways_07_1.shp
inflating: gis_osm_waterways_07_1.shx
{'format': 'shp',
'geoextent_handler': 'handleVector',
'bbox': [1.24951, 43.4682, 1.695996, 43.74498],
'crs': '4326'}
GeoPackage¶
The file used in the example is available online: sample1_2.gpkg.
geoextent -b sample1_2.gpkg
{'format': 'gpkg',
'geoextent_handler': 'handleVector',
'bbox': [-178.2176055908203,
18.921783447265625,
-66.96926879882812,
71.40624237060547],
'crs': '4326'}
GPS Exchange Format¶
The file used in the example is available online: run.gpx.
geoextent -b run.gpx
{'format': 'gpx',
'geoextent_handler': 'handleVector',
'bbox': [-77.02575484290719,
38.920014034956694,
-77.01215906068683,
38.92795957624912],
'crs': '4326'}
Geography Markup Language¶
The file used in the example is available online: clc_1000_PT.gml.
geoextent -b clc_1000_PT.gml
Keyhole Markup Language¶
The file used in the example is available online: KML_Samples.kml.
geoextent -b KML_Samples.kml
{'format': 'kml',
'geoextent_handler': 'handleVector',
'bbox': [-122.0860162273783,
36.07954952145647,
15.35832653742206,
38.87291016281703],
'crs': '4326'}