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fix accuray typo #35

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Dec 4, 2023
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fix accuray typo #35

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22 changes: 11 additions & 11 deletions datamodel/changelogs/0001/03_tww_db_dss.sql
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Original file line number Diff line number Diff line change
Expand Up @@ -1135,8 +1135,8 @@ COMMENT ON COLUMN tww_od.wastewater_node.obj_id IS 'INTERLIS STANDARD OID (with
COMMENT ON COLUMN tww_od.wastewater_node.backflow_level_current IS '1. Relevant backflow level based on the calculation rain (dss) 2. Height below which special measures against backflow are to be taken within the property drainage system. (DIN 4045) / 1. Massgebende Rückstaukote bezogen auf den Berechnungsregen (dss) 2. Höhe, unter der innerhalb der Grundstücksentwässerung besondere Massnahmen gegen Rückstau zu treffen sind. (DIN 4045) / Cote de refoulement déterminante calculée à partir des pluies de projet';
ALTER TABLE tww_od.wastewater_node ADD COLUMN bottom_level decimal(7,3) ;
COMMENT ON COLUMN tww_od.wastewater_node.bottom_level IS 'yyy_Tiefster Punkt des Knotens. Bei Sonderbauwerken tiefster Punkt des Knotens zu dem die Stammkarte gehört, also in der Regel Auslauf Richtung ARA. / Tiefster Punkt des Knotens. Bei Sonderbauwerken tiefster Punkt des Knotens zu dem die Stammkarte gehört, also in der Regel Auslauf Richtung ARA. / Pour des ouvrages spéciaux, point le plus bas du nœud auquel la fiche technique appartient, généralement la sortie en direction de la STEP.';
ALTER TABLE tww_od.wastewater_node ADD COLUMN elevation_accuray integer ;
COMMENT ON COLUMN tww_od.wastewater_node.elevation_accuray IS 'yyy_Höhengenauigkeit der Sohlenkote. Bei Neuerfassungen konsistent halten mit Höhengenauigkeit der Haltungspunkte (Ein-/Auslauf). / Höhengenauigkeit der Sohlenkote. Bei Neuerfassungen konsistent halten mit Höhengenauigkeit der Haltungspunkte (Ein-/Auslauf). / Précision altimétrique de la cote du radier. Lors de nouvelles saisies tenir consistent avec la précision altimétrique des points tronçon (entrée/sortie).';
ALTER TABLE tww_od.wastewater_node ADD COLUMN elevation_accuracy integer ;
COMMENT ON COLUMN tww_od.wastewater_node.elevation_accuracy IS 'yyy_Höhengenauigkeit der Sohlenkote. Bei Neuerfassungen konsistent halten mit Höhengenauigkeit der Haltungspunkte (Ein-/Auslauf). / Höhengenauigkeit der Sohlenkote. Bei Neuerfassungen konsistent halten mit Höhengenauigkeit der Haltungspunkte (Ein-/Auslauf). / Précision altimétrique de la cote du radier. Lors de nouvelles saisies tenir consistent avec la précision altimétrique des points tronçon (entrée/sortie).';
ALTER TABLE tww_od.wastewater_node ADD COLUMN function_node_amelioration integer ;
COMMENT ON COLUMN tww_od.wastewater_node.function_node_amelioration IS 'yyy_Bei Abwasserknoten von Meliorationsleitungen zwingend (dient der Plandarstellung); sonst optional (weglassen). / Bei Abwasserknoten von Meliorationsleitungen zwingend (dient der Plandarstellung); sonst optional (weglassen). / Obligatoire pour noeuds de réseau de conduites d''amélioration foncière (sert à la représentation dans un plan) sinon optionnel (laisser vide)';

Expand Down Expand Up @@ -3697,15 +3697,15 @@ ALTER TABLE tww_vl.reach_point_pipe_closure ADD CONSTRAINT pkey_tww_vl_reach_poi
ALTER TABLE tww_od.wastewater_node ADD COLUMN fk_hydr_geometry varchar(16);
ALTER TABLE tww_od.wastewater_node ADD CONSTRAINT rel_wastewater_node_hydr_geometry FOREIGN KEY (fk_hydr_geometry) REFERENCES tww_od.hydr_geometry(obj_id) ON UPDATE CASCADE ON DELETE cascade;
ALTER TABLE tww_od.wastewater_node ADD CONSTRAINT oorel_od_wastewater_node_wastewater_networkelement FOREIGN KEY (obj_id) REFERENCES tww_od.wastewater_networkelement(obj_id) ON DELETE CASCADE ON UPDATE CASCADE;
CREATE TABLE tww_vl.wastewater_node_elevation_accuray () INHERITS (tww_vl.value_list_base);
ALTER TABLE tww_vl.wastewater_node_elevation_accuray ADD CONSTRAINT pkey_tww_vl_wastewater_node_elevation_accuray_code PRIMARY KEY (code);
INSERT INTO tww_vl.wastewater_node_elevation_accuray (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9061,9061,'more_than_6cm','groesser_6cm','plusque_6cm', 'piu_6cm', 'mai_mare_6cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuray (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9062,9062,'plusminus_1cm','plusminus_1cm','plus_moins_1cm', 'piu_meno_1cm', 'plus_minus_1cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuray (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9063,9063,'plusminus_3cm','plusminus_3cm','plus_moins_3cm', 'piu_meno_3cm', 'plus_minus_3cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuray (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9064,9064,'plusminus_6cm','plusminus_6cm','plus_moins_6cm', 'piu_meno_6cm', 'plus_minus_6cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuray (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9060,9060,'unknown','unbekannt','inconnu', 'sconosciuto', 'necunoscuta', '', '', '', '', '', 'true');
ALTER TABLE tww_od.wastewater_node ADD CONSTRAINT fkey_vl_wastewater_node_elevation_accuray FOREIGN KEY (elevation_accuray)
REFERENCES tww_vl.wastewater_node_elevation_accuray (code) MATCH SIMPLE
CREATE TABLE tww_vl.wastewater_node_elevation_accuracy () INHERITS (tww_vl.value_list_base);
ALTER TABLE tww_vl.wastewater_node_elevation_accuracy ADD CONSTRAINT pkey_tww_vl_wastewater_node_elevation_accuracy_code PRIMARY KEY (code);
INSERT INTO tww_vl.wastewater_node_elevation_accuracy (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9061,9061,'more_than_6cm','groesser_6cm','plusque_6cm', 'piu_6cm', 'mai_mare_6cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuracy (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9062,9062,'plusminus_1cm','plusminus_1cm','plus_moins_1cm', 'piu_meno_1cm', 'plus_minus_1cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuracy (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9063,9063,'plusminus_3cm','plusminus_3cm','plus_moins_3cm', 'piu_meno_3cm', 'plus_minus_3cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuracy (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9064,9064,'plusminus_6cm','plusminus_6cm','plus_moins_6cm', 'piu_meno_6cm', 'plus_minus_6cm', '', '', '', '', '', 'true');
INSERT INTO tww_vl.wastewater_node_elevation_accuracy (code, vsacode, value_en, value_de, value_fr, value_it, value_ro, abbr_en, abbr_de, abbr_fr, abbr_it, abbr_ro, active) VALUES (9060,9060,'unknown','unbekannt','inconnu', 'sconosciuto', 'necunoscuta', '', '', '', '', '', 'true');
ALTER TABLE tww_od.wastewater_node ADD CONSTRAINT fkey_vl_wastewater_node_elevation_accuracy FOREIGN KEY (elevation_accuracy)
REFERENCES tww_vl.wastewater_node_elevation_accuracy (code) MATCH SIMPLE
ON UPDATE RESTRICT ON DELETE RESTRICT;
CREATE TABLE tww_vl.wastewater_node_function_node_amelioration () INHERITS (tww_vl.value_list_base);
ALTER TABLE tww_vl.wastewater_node_function_node_amelioration ADD CONSTRAINT pkey_tww_vl_wastewater_node_function_node_amelioration_code PRIMARY KEY (code);
Expand Down
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