-- Instead simply use the containing area with the largest rank.
FOR location IN
SELECT place_id FROM placex
- WHERE bbox @ geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
+ WHERE bbox && geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
AND rank_address between 5 and 25
ORDER BY rank_address desc
LOOP
-- contains the bbox, only use addressable features
FOR location IN
SELECT place_id FROM placex
- WHERE bbox @ geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
+ WHERE bbox && geometry AND _ST_Covers(geometry, ST_Centroid(bbox))
AND rank_address between 5 and 25
ORDER BY rank_address desc
LOOP
BEGIN
IF bnd.rank_search >= 26 or bnd.rank_address = 0
or ST_GeometryType(bnd.geometry) NOT IN ('ST_Polygon','ST_MultiPolygon')
+ or bnd.type IN ('postcode', 'postal_code')
THEN
RETURN NULL;
END IF;
WHERE make_standard_name(name->'name') = bnd_name
AND placex.class = 'place' AND placex.type = bnd.extratags->'place'
AND placex.osm_type = 'N'
+ AND placex.linked_place_id is null
AND placex.rank_search < 26 -- needed to select the right index
AND _st_covers(bnd.geometry, placex.geometry)
LOOP
WHERE placex.class = 'place' AND placex.osm_type = 'N'
AND placex.extratags ? 'wikidata' -- needed to select right index
AND placex.extratags->'wikidata' = bnd.extratags->'wikidata'
+ AND placex.linked_place_id is null
AND placex.rank_search < 26
AND _st_covers(bnd.geometry, placex.geometry)
ORDER BY make_standard_name(name->'name') = bnd_name desc
false, placex.postcode)).address_rank)
OR (bnd.rank_address = 0 and placex.rank_search = bnd.rank_search))
AND placex.osm_type = 'N'
+ AND placex.linked_place_id is null
AND placex.rank_search < 26 -- needed to select the right index
AND _st_covers(bnd.geometry, placex.geometry)
LOOP
maxrank SMALLINT,
address HSTORE,
geometry GEOMETRY,
+ country TEXT,
OUT parent_place_id BIGINT,
OUT postcode TEXT,
OUT nameaddress_vector INT[])
current_boundary GEOMETRY := NULL;
current_node_area GEOMETRY := NULL;
- location RECORD;
- addr_item RECORD;
+ parent_place_rank INT := 0;
+ addr_place_ids BIGINT[];
- isin_tokens INT[];
+ location RECORD;
BEGIN
parent_place_id := 0;
nameaddress_vector := '{}'::int[];
- isin_tokens := '{}'::int[];
- ---- convert address store to array of tokenids
- IF address IS NOT NULL THEN
- FOR addr_item IN SELECT * FROM each(address)
- LOOP
- IF addr_item.key IN ('city', 'tiger:county', 'state', 'suburb', 'province',
- 'district', 'region', 'county', 'municipality',
- 'hamlet', 'village', 'subdistrict', 'town',
- 'neighbourhood', 'quarter', 'parish')
- THEN
- isin_tokens := array_merge(isin_tokens,
- word_ids_from_name(addr_item.value));
- IF NOT %REVERSE-ONLY% THEN
- nameaddress_vector := array_merge(nameaddress_vector,
- addr_ids_from_name(addr_item.value));
+ address_havelevel := array_fill(false, ARRAY[maxrank]);
+
+ FOR location IN
+ SELECT * FROM get_places_for_addr_tags(partition, geometry,
+ address, country)
+ ORDER BY rank_address, distance, isguess desc
+ LOOP
+ IF NOT %REVERSE-ONLY% THEN
+ nameaddress_vector := array_merge(nameaddress_vector,
+ location.keywords::int[]);
+ END IF;
+
+ IF location.place_id is not null THEN
+ location_isaddress := not address_havelevel[location.rank_address];
+ IF not address_havelevel[location.rank_address] THEN
+ address_havelevel[location.rank_address] := true;
+ IF parent_place_rank < location.rank_address THEN
+ parent_place_id := location.place_id;
+ parent_place_rank := location.rank_address;
END IF;
END IF;
- END LOOP;
- END IF;
- IF NOT %REVERSE-ONLY% THEN
- nameaddress_vector := array_merge(nameaddress_vector, isin_tokens);
- END IF;
- ---- now compute the address terms
- FOR i IN 1..maxrank LOOP
- address_havelevel[i] := false;
+ INSERT INTO place_addressline (place_id, address_place_id, fromarea,
+ isaddress, distance, cached_rank_address)
+ VALUES (obj_place_id, location.place_id, not location.isguess,
+ true, location.distance, location.rank_address);
+
+ addr_place_ids := array_append(addr_place_ids, location.place_id);
+ END IF;
END LOOP;
FOR location IN
SELECT * FROM getNearFeatures(partition, geometry, maxrank)
- ORDER BY rank_address, isin_tokens && keywords desc, isguess asc,
+ WHERE addr_place_ids is null or not addr_place_ids @> ARRAY[place_id]
+ ORDER BY rank_address, isguess asc,
distance *
CASE WHEN rank_address = 16 AND rank_search = 15 THEN 0.2
WHEN rank_address = 16 AND rank_search = 16 THEN 0.25
location RECORD;
relation_members TEXT[];
- centroid GEOMETRY;
+ geom GEOMETRY;
parent_address_level SMALLINT;
place_address_level SMALLINT;
addr_street TEXT;
addr_place TEXT;
+ max_rank SMALLINT;
+
name_vector INTEGER[];
nameaddress_vector INTEGER[];
addr_nameaddress_vector INTEGER[];
END IF;
- IF NOT %REVERSE-ONLY% THEN
+ IF not %REVERSE-ONLY% AND (array_length(name_vector, 1) is not NULL
+ OR inherited_address is not NULL OR NEW.address is not NULL)
+ THEN
SELECT * INTO name_vector, nameaddress_vector
- FROM create_poi_search_terms(NEW.parent_place_id,
+ FROM create_poi_search_terms(NEW.place_id,
+ NEW.partition, NEW.parent_place_id,
inherited_address || NEW.address,
- NEW.housenumber, name_vector);
+ NEW.country_code, NEW.housenumber,
+ name_vector, NEW.centroid);
IF array_length(name_vector, 1) is not NULL THEN
INSERT INTO search_name (place_id, search_rank, address_rank,
-- Use the linked point as the centre point of the geometry,
-- but only if it is within the area of the boundary.
- centroid := coalesce(location.centroid, ST_Centroid(location.geometry));
- IF centroid is not NULL AND ST_Within(centroid, NEW.geometry) THEN
- NEW.centroid := centroid;
+ geom := coalesce(location.centroid, ST_Centroid(location.geometry));
+ IF geom is not NULL AND ST_Within(geom, NEW.geometry) THEN
+ NEW.centroid := geom;
END IF;
--DEBUG: RAISE WARNING 'parent address: % rank address: %', parent_address_level, location.rank_address;
--DEBUG: RAISE WARNING 'Country names updated';
END IF;
- SELECT * FROM insert_addresslines(NEW.place_id, NEW.partition,
- CASE WHEN NEW.rank_address = 0 THEN NEW.rank_search
- WHEN NEW.rank_address > 25 THEN 25::smallint
- ELSE NEW.rank_address END,
- NEW.address,
- CASE WHEN NEW.rank_search >= 26
- AND NEW.rank_search < 30
- THEN NEW.geometry ELSE NEW.centroid END)
+ -- For linear features we need the full geometry for determining the address
+ -- because they may go through several administrative entities. Otherwise use
+ -- the centroid for performance reasons.
+ IF ST_GeometryType(NEW.geometry) in ('ST_LineString', 'ST_MultiLineString') THEN
+ geom := NEW.geometry;
+ ELSE
+ geom := NEW.centroid;
+ END IF;
+
+ IF NEW.rank_address = 0 THEN
+ max_rank := geometry_to_rank(NEW.rank_search, NEW.geometry, NEW.country_code);
+ -- Rank 0 features may also span multiple administrative areas (e.g. lakes)
+ -- so use the geometry here too. Just make sure the areas don't become too
+ -- large.
+ IF NEW.class = 'natural' or max_rank > 10 THEN
+ geom := NEW.geometry;
+ END IF;
+ ELSEIF NEW.rank_address > 25 THEN
+ max_rank := 25;
+ ELSE
+ max_rank = NEW.rank_address;
+ END IF;
+
+ SELECT * FROM insert_addresslines(NEW.place_id, NEW.partition, max_rank,
+ NEW.address, geom, NEW.country_code)
INTO NEW.parent_place_id, NEW.postcode, nameaddress_vector;
--DEBUG: RAISE WARNING 'RETURN insert_addresslines: %, %, %', NEW.parent_place_id, NEW.postcode, nameaddress_vector;
projects / nominatim.git / blobdiff