base_geoengine.geo_field.Geom(string, dim=2, srid=900913, gist_index=True, **args)¶New type of column in the ORM for POSTGIS geometry type
create_geo_column(cursor, col_name, geo_column, table, model)¶Create a columns of type the geom
entry_to_shape(value, same_type=False)¶Transform input into an object
load_geo(wkb)¶Load geometry into browse record after read was done
set(cr, obj, res_id, name, value, user=None, context=None)¶Write and create value into database
value can be geojson, wkt, shapely geomerty object. If geo_direct_write in context you can pass diretly WKT
set_geo(value)¶Transform data to a format compatible with the create function.
It is also use in expression.py in order to represent value.
update_geo_column(cursor, col_name, geo_column, table, model)¶Update the column type in the database.
base_geoengine.geo_point.GeoPoint(string, dim=2, srid=900913, gist_index=True, **args)¶New type of column in the ORM for POSTGIS geometry Point type
base_geoengine.geo_line.GeoLine(string, dim=2, srid=900913, gist_index=True, **args)¶New type of column in the ORM for POSTGIS geometry Line type
base_geoengine.geo_multiline.GeoMultiLine(string, dim=2, srid=900913, gist_index=True, **args)¶New type of column in the ORM for POSTGIS geometry MultiLine type
base_geoengine.geo_polygon.GeoPolygon(string, dim=2, srid=900913, gist_index=True, **args)¶New type of column in the ORM for POSTGIS geometry Polygon type
base_geoengine.geo_multipolygon.GeoMultiPolygon(string, dim=2, srid=900913, gist_index=True, **args)¶New type of column in the ORM for POSTGIS geometry MultiPolygon type
Module that manages map view and vector/raster layer
base_geoengine.geo_model.GeoModel(pool, cr)¶Base class for all models defining geo fields.
fields_get(*args, **kwargs)¶Add geo_type definition for geo fields
fields_view_get(*args, **kwargs)¶Returns information about the available fields of the class. If view type == ‘map’ returns geographical columns available
geo_search(*args, **kwargs)¶Perform a geo search it allows direct domain: geo_search(r, uid, domaine=[(‘name’, ‘ilike’, ‘toto’]), geo_domain=[(‘the_point’, ‘geo_intersect’,
myshaply_obj or mywkt or mygeojson)])
base_geoengine.geo_operators.geo_search(model, cursor, uid, domain=None, geo_domain=None, offset=0, limit=None, order=None, context=None)¶Perform a geo search it allows direct domain: geo_search(
r, uid, domaine=[(‘name’, ‘ilike’, ‘toto’]), geo_domain=[(‘the_point’,
‘geo_intersect’, myshaply_obj or mywkt or mygeojson)])
base_geoengine.geo_operators.GeoOperator(geo_field)¶get_geo_equal_sql(table, col, value, rel_col=None, rel_model=None)¶Returns raw sql for geo_equal operator (used for equality comparison)
get_geo_greater_sql(table, col, value, rel_col=None, rel_model=None)¶Returns raw sql for geo_greater operator (used for area comparison)
get_geo_intersect_sql(table, col, value, rel_col=None, rel_model=None)¶Returns raw sql for geo_intersec operator (used for spatial comparison)
get_geo_lesser_sql(table, col, value, rel_col=None, rel_model=None)¶Returns raw sql for geo_lesser operator (used for area comparison)
get_geo_touch_sql(table, col, value, rel_col=None, rel_model=None)¶Returns raw sql for geo_touch operator (used for spatial comparison)
get_geo_within_sql(table, col, value, rel_col=None, rel_model=None)¶Returns raw sql for geo_within operator (used for spatial comparison)
get_rel_field(rel_col, rel_model)¶Retrieves the expression to use in PostGIS statement for a spatial rel search