Mercurial > dive4elements > river
view backend/doc/schema/postgresql-spatial.sql @ 8722:a83d519155ab
(issue1754) Do not base smoothing radius on calculation range
Using the calculation parameters for startkm and endkm in the
case that the domain axis had the default extend caused weird
behavior when zooming and led to too large radius values for
most data that only had valid values on a subset of the caluclation
range.
author | Andre Heinecke <andre.heinecke@intevation.de> |
---|---|
date | Tue, 28 Apr 2015 14:22:47 +0200 |
parents | cc53aae06303 |
children | 71b17f731762 6824c447f5b0 |
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BEGIN; CREATE TABLE axis_kinds( id int PRIMARY KEY NOT NULL, name VARCHAR(64) ); INSERT INTO axis_kinds(id, name) VALUES (0, 'Unbekannt'); INSERT INTO axis_kinds(id, name) VALUES (1, 'aktuelle Achse'); INSERT INTO axis_kinds(id, name) VALUES (2, 'Sonstige'); -- Geodaesie/Flussachse+km/achse CREATE SEQUENCE RIVER_AXES_ID_SEQ; CREATE TABLE river_axes ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, kind_id int REFERENCES axis_kinds(id) NOT NULL DEFAULT 0, name VARCHAR(64), path VARCHAR(256) ); SELECT AddGeometryColumn('river_axes', 'geom', 31467, 'MULTILINESTRING', 2); ALTER TABLE river_axes ALTER COLUMN id SET DEFAULT NEXTVAL('RIVER_AXES_ID_SEQ'); -- TODO: TestMe. -- Geodaesie/Flussachse+km/km.shp CREATE SEQUENCE RIVER_AXES_KM_ID_SEQ; CREATE TABLE river_axes_km ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, km FLOAT8 NOT NULL, fedstate_km FLOAT8, name VARCHAR(64), path VARCHAR(256) ); SELECT AddGeometryColumn('river_axes_km', 'geom', 31467, 'POINT', 2); ALTER TABLE river_axes_km ALTER COLUMN id SET DEFAULT NEXTVAL('RIVER_AXES_KM_ID_SEQ'); --Geodaesie/Querprofile/QP-Spuren/qps.shp CREATE TABLE cross_section_track_kinds( id int PRIMARY KEY NOT NULL, name VARCHAR(64) ); INSERT INTO cross_section_track_kinds(id, name) VALUES (0, 'Sonstige'); INSERT INTO cross_section_track_kinds(id, name) VALUES (1, 'aktuelle Querprofilspuren'); CREATE SEQUENCE CROSS_SECTION_TRACKS_ID_SEQ; CREATE TABLE cross_section_tracks ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, kind_id int REFERENCES cross_section_track_kinds(id) NOT NULL DEFAULT 0, km FLOAT8 NOT NULL, z FLOAT8 NOT NULL DEFAULT 0, name VARCHAR(64), path VARCHAR(256) ); SELECT AddGeometryColumn('cross_section_tracks', 'geom', 31467, 'LINESTRING', 2); ALTER TABLE cross_section_tracks ALTER COLUMN id SET DEFAULT NEXTVAL('CROSS_SECTION_TRACKS_ID_SEQ'); CREATE TABLE building_kinds( id int PRIMARY KEY NOT NULL, name VARCHAR(64) ); INSERT INTO building_kinds(id, name) VALUES (0, 'Sonstige'); INSERT INTO building_kinds(id, name) VALUES (1, 'Brücken'); INSERT INTO building_kinds(id, name) VALUES (2, 'Wehre'); INSERT INTO building_kinds(id, name) VALUES (3, 'Pegel'); -- Geodaesie/Bauwerke CREATE SEQUENCE BUILDINGS_ID_SEQ; CREATE TABLE buildings ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, description VARCHAR(256), -- Name taken from attributes, name VARCHAR(256), -- The layername km FLOAT8, kind_id int REFERENCES building_kinds(id) NOT NULL DEFAULT 0, path VARCHAR(256) ); SELECT AddGeometryColumn('buildings', 'geom', 31467, 'LINESTRING', 2); ALTER TABLE buildings ALTER COLUMN id SET DEFAULT NEXTVAL('BUILDINGS_ID_SEQ'); -- Geodaesie/Festpunkte/Festpunkte.shp CREATE SEQUENCE FIXPOINTS_ID_SEQ; CREATE TABLE fixpoints ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, x FLOAT8, y FLOAT8, km FLOAT8 NOT NULL, HPGP VARCHAR(64), name VARCHAR(64), path VARCHAR(256) ); SELECT AddGeometryColumn('fixpoints', 'geom', 31467, 'POINT', 2); ALTER TABLE fixpoints ALTER COLUMN id SET DEFAULT NEXTVAL('FIXPOINTS_ID_SEQ'); -- Hydrologie/Hydr. Grenzen/talaue.shp CREATE TABLE floodplain_kinds( id int PRIMARY KEY NOT NULL, name VARCHAR(64) ); INSERT INTO floodplain_kinds(id, name) VALUES (0, 'Sonstige'); INSERT INTO floodplain_kinds(id, name) VALUES (1, 'aktuelle Talaue'); CREATE SEQUENCE FLOODPLAIN_ID_SEQ; CREATE TABLE floodplain ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, kind_id int REFERENCES floodplain_kinds(id) NOT NULL DEFAULT 0, name VARCHAR(64), path VARCHAR(256) ); SELECT AddGeometryColumn('floodplain', 'geom', 31467, 'POLYGON', 2); ALTER TABLE floodplain ALTER COLUMN id SET DEFAULT NEXTVAL('FLOODPLAIN_ID_SEQ'); -- Geodaesie/Hoehenmodelle/* CREATE SEQUENCE DEM_ID_SEQ; CREATE TABLE dem ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, name VARCHAR(64), range_id INT REFERENCES ranges(id) ON DELETE CASCADE, time_interval_id INT REFERENCES time_intervals(id), projection VARCHAR(32), srid int NOT NULL, elevation_state VARCHAR(32), format VARCHAR(32), border_break BOOLEAN NOT NULL DEFAULT FALSE, resolution VARCHAR(16), description VARCHAR(256), path VARCHAR(256) NOT NULL ); ALTER TABLE dem ALTER COLUMN id SET DEFAULT NEXTVAL('DEM_ID_SEQ'); -- Static lookup tables for Hochwasserschutzanlagen CREATE TABLE hws_kinds ( id int PRIMARY KEY NOT NULL, kind VARCHAR(64) NOT NULL ); INSERT INTO hws_kinds (id, kind) VALUES (1, 'Durchlass'); INSERT INTO hws_kinds (id, kind) VALUES (2, 'Damm'); INSERT INTO hws_kinds (id, kind) VALUES (3, 'Graben'); CREATE TABLE fed_states ( id int PRIMARY KEY NOT NULL, name VARCHAR(23) NOT NULL ); INSERT INTO fed_states (id, name) VALUES (1, 'Bayern'); INSERT INTO fed_states (id, name) VALUES (2, 'Hessen'); INSERT INTO fed_states (id, name) VALUES (3, 'Niedersachsen'); INSERT INTO fed_states (id, name) VALUES (4, 'Nordrhein-Westfalen'); INSERT INTO fed_states (id, name) VALUES (5, 'Rheinland-Pfalz'); INSERT INTO fed_states (id, name) VALUES (6, 'Saarland'); INSERT INTO fed_states (id, name) VALUES (7, 'Schleswig-Holstein'); INSERT INTO fed_states (id, name) VALUES (8, 'Brandenburg'); INSERT INTO fed_states (id, name) VALUES (9, 'Mecklenburg-Vorpommern'); INSERT INTO fed_states (id, name) VALUES (10, 'Thüringen'); INSERT INTO fed_states (id, name) VALUES (11, 'Baden-Württemberg'); INSERT INTO fed_states (id, name) VALUES (12, 'Sachsen-Anhalt'); INSERT INTO fed_states (id, name) VALUES (13, 'Sachsen'); INSERT INTO fed_states (id, name) VALUES (14, 'Berlin'); INSERT INTO fed_states (id, name) VALUES (15, 'Bremen'); INSERT INTO fed_states (id, name) VALUES (16, 'Hamburg'); --Hydrologie/HW-Schutzanlagen/*Linien.shp CREATE SEQUENCE HWS_LINES_ID_SEQ; CREATE TABLE hws_lines ( id int PRIMARY KEY NOT NULL, ogr_fid int, kind_id int REFERENCES hws_kinds(id) DEFAULT 2, fed_state_id int REFERENCES fed_states(id), river_id int REFERENCES rivers(id) ON DELETE CASCADE, name VARCHAR(256), path VARCHAR(256), official INT DEFAULT 0, agency VARCHAR(256), range VARCHAR(256), shore_side INT DEFAULT 0, source VARCHAR(256), status_date TIMESTAMP, description VARCHAR(256) ); SELECT AddGeometryColumn('hws_lines', 'geom', 31467, 'MULTILINESTRING', 3); -- TODO: dike_km_from dike_km_to, are they geometries? ALTER TABLE hws_lines ALTER COLUMN id SET DEFAULT NEXTVAL('HWS_LINES_ID_SEQ'); --Hydrologie/HW-Schutzanlagen/*Punkte.shp CREATE SEQUENCE HWS_POINTS_ID_SEQ; CREATE TABLE hws_points ( id int PRIMARY KEY NOT NULL, ogr_fid int, kind_id int REFERENCES hws_kinds(id) DEFAULT 2, fed_state_id int REFERENCES fed_states(id), river_id int REFERENCES rivers(id) ON DELETE CASCADE, name VARCHAR, path VARCHAR, official INT DEFAULT 0, agency VARCHAR, range VARCHAR, shore_side INT DEFAULT 0, source VARCHAR, status_date VARCHAR, description VARCHAR, freeboard FLOAT8, dike_km FLOAT8, z FLOAT8, z_target FLOAT8, rated_level FLOAT8 ); SELECT AddGeometryColumn('hws_points', 'geom', 31467, 'POINT', 2); ALTER TABLE hws_points ALTER COLUMN id SET DEFAULT NEXTVAL('HWS_POINTS_ID_SEQ'); -- --Hydrologie/UeSG CREATE TABLE floodmap_kinds ( id int PRIMARY KEY NOT NULL, name varchar(64) NOT NULL ); INSERT INTO floodmap_kinds VALUES (200, 'Messung'); INSERT INTO floodmap_kinds VALUES (111, 'Berechnung-Aktuell-BfG'); INSERT INTO floodmap_kinds VALUES (112, 'Berechnung-Aktuell-Bundesländer'); INSERT INTO floodmap_kinds VALUES (121, 'Berechnung-Potenziell-BfG'); INSERT INTO floodmap_kinds VALUES (122, 'Berechnung-Potenziell-Bundesländer'); CREATE SEQUENCE FLOODMAPS_ID_SEQ; CREATE TABLE floodmaps ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, name varchar(64) NOT NULL, kind int NOT NULL REFERENCES floodmap_kinds(id), diff FLOAT8, count int, area FLOAT8, perimeter FLOAT8, waterbody varchar(64), path VARCHAR(256), source varchar(64) ); SELECT AddGeometryColumn('floodmaps', 'geom', 31467, 'MULTIPOLYGON', 2); ALTER TABLE floodmaps ALTER COLUMN id SET DEFAULT NEXTVAL('FLOODMAPS_ID_SEQ'); CREATE TABLE sectie_kinds ( id int PRIMARY KEY NOT NULL, name VARCHAR(64) NOT NULL ); INSERT INTO sectie_kinds (id, name) VALUES (0, 'nicht berücksichtigt'); INSERT INTO sectie_kinds (id, name) VALUES (1, 'Hauptgerinne'); INSERT INTO sectie_kinds (id, name) VALUES (2, 'Uferbereich'); INSERT INTO sectie_kinds (id, name) VALUES (3, 'Vorland'); CREATE TABLE sobek_kinds ( id int PRIMARY KEY NOT NULL, name VARCHAR(64) NOT NULL ); INSERT INTO sobek_kinds (id, name) VALUES (0, 'nicht berücksichtigt'); INSERT INTO sobek_kinds (id, name) VALUES (1, 'durchströmt'); INSERT INTO sobek_kinds (id, name) VALUES (2, 'nicht durchströmt'); CREATE TABLE boundary_kinds ( id int PRIMARY KEY NOT NULL, name VARCHAR(64) NOT NULL ); INSERT INTO boundary_kinds (id, name) VALUES (0, 'Unbekannt'); INSERT INTO boundary_kinds (id, name) VALUES (1, 'BfG'); INSERT INTO boundary_kinds (id, name) VALUES (2, 'Land'); INSERT INTO boundary_kinds (id, name) VALUES (3, 'Sonstige'); CREATE SEQUENCE HYDR_BOUNDARIES_ID_SEQ; CREATE TABLE hydr_boundaries ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, name VARCHAR(255), kind int REFERENCES boundary_kinds(id) NOT NULL DEFAULT 0, sectie int REFERENCES sectie_kinds(id), sobek int REFERENCES sobek_kinds(id), path VARCHAR(256) ); SELECT AddGeometryColumn('hydr_boundaries','geom',31467,'MULTILINESTRING',3); ALTER TABLE hydr_boundaries ALTER COLUMN id SET DEFAULT NEXTVAL('HYDR_BOUNDARIES_ID_SEQ'); CREATE SEQUENCE HYDR_BOUNDARIES_POLY_ID_SEQ; CREATE TABLE hydr_boundaries_poly ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, name VARCHAR(255), kind int REFERENCES boundary_kinds(id) NOT NULL DEFAULT 0, sectie int REFERENCES sectie_kinds(id), sobek int REFERENCES sobek_kinds(id), path VARCHAR(256) ); SELECT AddGeometryColumn('hydr_boundaries_poly','geom',31467,'MULTIPOLYGON',3); ALTER TABLE hydr_boundaries_poly ALTER COLUMN id SET DEFAULT NEXTVAL('HYDR_BOUNDARIES_POLY_ID_SEQ'); CREATE TABLE jetty_kinds( id int PRIMARY KEY NOT NULL, name VARCHAR(64) ); INSERT INTO jetty_kinds VALUES (0, 'Buhnenkopf'); INSERT INTO jetty_kinds VALUES (1, 'Buhnenfuß'); INSERT INTO jetty_kinds VALUES (2, 'Buhnenwurzel'); CREATE SEQUENCE JETTIES_ID_SEQ; CREATE TABLE jetties ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, path VARCHAR(256), kind_id int REFERENCES jetty_kinds(id), km FLOAT8, z FLOAT8 ); SELECT AddGeometryColumn('jetties','geom',31467,'POINT',2); ALTER TABLE jetties ALTER COLUMN id SET DEFAULT NEXTVAL('JETTIES_ID_SEQ'); CREATE SEQUENCE FLOOD_MARKS_ID_SEQ; CREATE TABLE flood_marks ( id int PRIMARY KEY NOT NULL, river_id int REFERENCES rivers(id) ON DELETE CASCADE, path VARCHAR(256), km FLOAT8, z FLOAT8, location VARCHAR(64), year int ); SELECT AddGeometryColumn('flood_marks','geom',31467,'POINT',2); ALTER TABLE flood_marks ALTER COLUMN id SET DEFAULT NEXTVAL('FLOOD_MARKS_ID_SEQ'); COMMIT;