| 14 | | * Load complementary attributes (coming from ROE (geom) and rht). This is done in sql before running the rest of the script |
| | 14 | * Load complementary attributes (coming from ROE (geom) and rht). This is done in sql before running the rest of the script. |
| | 15 | The following information are collected from the topology extracted from RHT |
| | 16 | |
| | 17 | ||ouv_id ||id_drain||module||dmer||cumnbbar||id_drainmer||the_geom||hydro_ref||idbvhydro|| |
| | 18 | |
| | 19 | * ouv_id identifier of the dam |
| | 20 | * id_drain identifier of the riversegment |
| | 21 | * module flow of the riversegment |
| | 22 | * dmer distance to the sea |
| | 23 | * cumnbbar cumulated number of dams |
| | 24 | * id_drainmer identifier of the sea riversegment |
| | 25 | * the_geom geometry column in postgis |
| | 26 | * hydro_ref Identifier of the hydro basin, in Britany there is for some basins an expertise on the hydrographic behaviour of basins, and some basins are using hydro information from neighbours. |
| | 27 | * idbvhydro Identifier of the bd carthage basin these have been projected on the RHT using the following script source:devalpomi/sql/correspondance_bv_stationhydro.sql. Based on Bd_carthage, we |
| | 28 | have made a new shape corresponding to hydrobasins on which downtream migration classified flows are calculated |
| | 29 | |
