'id_attribute': 'Kod'
}
}
for l in list(
set(concept_list).intersection(
set(admunit_cz.get_data_source().list_layers()))):
admunit_cz.append_subgeoconcept(
SubGeoConcept(l,
l,
'AdmUnitFeature',
admunit_cz.get_attributes(),
data_source=DataSource(
admunit_cz.get_data_source().get_type(),
admunit_cz.get_data_source().get_name(), ({
**admunit_cz.get_data_source().get_attributes(),
**{
'layer': l
}
}), None,
admunit_cz.get_data_source().get_data_file()),
supergeoconcept=admunit_cz,
table_inheritance=False,
type='semantic',
subgeoconcepts=[]))
G = apply_function(compilable_node_dictionary(admunit_cz), 'admunit__tree')
eudem_cz__metadata = MetaData('EU DEM in Czech Republic', {
"local": "/home/jupyter-dima/eu_dem_czat3035.tif",
"format": "GTiff"
}, 'raster data')
}
}
# %%
for l in list(
set(concept_list).intersection(
set(admunit_cz.get_data_source().list_layers()))):
admunit_cz.append_subgeoconcept(
SubGeoConcept(l,
l,
'AdmUnitFeature',
admunit_cz.get_attributes(),
data_source=DataSource(
admunit_cz.get_data_source().get_type(),
admunit_cz.get_data_source().get_name(), ({
**admunit_cz.get_data_source().get_attributes(),
**{
'layer': l
}
}), None,
admunit_cz.get_data_source().get_data_file()),
supergeoconcept=admunit_cz,
table_inheritance=False,
type='semantic',
subgeoconcepts=[]))
# %%
#administrative territorial units
dbs_admin_connection = {
'dbname': 'olu_administrative_units',
'user': '******',
'host': 'euxdat-db-svc',