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| """ | ||
| This is the most basic example demonstrating how to use RSXML to generate | ||
| a project.rs.xml file. | ||
| This example creates a project object and includes a single realization with | ||
| a single input, intermediate and output dataset. Everything is defined in one | ||
| go as arguments to the project constructor. When you are done you simply call | ||
| the write() method to write the project XML file to disk. | ||
| """ | ||
| # in your code you woulf write: | ||
| # from riverscapes import rsxml | ||
| from rsxml.project_xml import ( | ||
| Project, | ||
| MetaData, | ||
| Meta, | ||
| ProjectBounds, | ||
| Coords, | ||
| BoundingBox, | ||
| Dataset, | ||
| Geopackage, | ||
| GeopackageLayer, | ||
| GeoPackageDatasetTypes, | ||
| Realization, | ||
| ) | ||
| from rsxml import Logger | ||
| from datetime import date | ||
|
|
||
| if __name__ == '__main__': | ||
|
|
||
| log = Logger('Project') | ||
|
|
||
| # Create a new Riverscapes Project from scratch | ||
| project = Project( | ||
| name='Riverscapes Context for Arly', | ||
| proj_path='project.rs.xml', | ||
| project_type='RSContext', | ||
| description='Riverscapes Context pour le bassin versant de larly en France', | ||
| citation='', | ||
| bounds=ProjectBounds( | ||
| centroid=Coords(6.5235, 45.7618), | ||
| bounding_box=BoundingBox(6.2, 6.8, 45.6, 46), | ||
| filepath='project_bounds.json', | ||
| ), | ||
| meta_data=MetaData(values=[Meta('Date de Création', '2023-07-18'), Meta('Bassin Versant', 'Arly')]), | ||
| realizations=[ | ||
| Realization( | ||
| xml_id='REALIZATION1', | ||
| name='Riverscapes Context for Arly', | ||
| product_version='Custom', | ||
| date_created=date(2023, 7, 18), | ||
| summary='', | ||
| description='projet personnalisé du Riverscapes Context', | ||
| # meta_data=MetaData(values=[Meta('Test', 'Test Value')]), | ||
| datasets=[ | ||
| Dataset( | ||
| xml_id='Precip', | ||
| name='précipitation', | ||
| path='climat/precipitation.tif', | ||
| ds_type='Raster', | ||
| description='précipitation annuelle' | ||
| ), | ||
| Dataset( | ||
| xml_id='CouvertureduSol', | ||
| name='OCSOL', | ||
| path = 'couverture_du_sol/ocsol_rousseau_2019_10k.tif', | ||
| ds_type='Raster', | ||
| description='OCSOL 2019' | ||
| ), | ||
| Dataset( | ||
| xml_id='OSO', | ||
| name='OSO 2021', | ||
| path='couverture_du_sol/oso_2021.shp', | ||
| ds_type='Vector', | ||
| description='OSO 2021' | ||
| ), | ||
| Dataset( | ||
| xml_id='ZoneVegetation', | ||
| name='Zone de vegetation', | ||
| path='couverture_du_sol/zone_de_vegetation.shp', | ||
| ds_type='Vector', | ||
| description='BD TOPO Zone de vegetation' | ||
| ), | ||
| Dataset( | ||
| xml_id='ZoneOccupation', | ||
| name='Zone Occupation Sol', | ||
| path='couverture_du_sol/zone_occupation_sol.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO Zone Occupation Sol' | ||
| ), | ||
| Dataset( | ||
| xml_id='ARRONDISSIMENT', | ||
| name='Arrondissement', | ||
| path='fronteieres_politiques/arrondissement.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO Arrondissement' | ||
| ), | ||
| Dataset( | ||
| xml_id='COMMUNE', | ||
| name='Commune', | ||
| path='fronteieres_politiques/commune.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO Commune' | ||
| ), | ||
| Dataset( | ||
| xml_id='DEPARTEMENT', | ||
| name='Département', | ||
| path='fronteieres_politiques/departement.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO Département' | ||
| ), | ||
| Dataset( | ||
| xml_id='REGION', | ||
| name='Région', | ||
| path='fronteieres_politiques/region.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO Région' | ||
| ), | ||
| Dataset( | ||
| xml_id='EPCI', | ||
| name='EPCI', | ||
| path='fronteieres_politiques/epci.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO EPCI' | ||
| ), | ||
| Dataset( | ||
| xml_id='GEOLOGIE', | ||
| name='Géologie', | ||
| path='geologie/GEO050K_HARM_S_FGEOL_2154.shp', | ||
| ds_type='Vector', | ||
| description='base de données géoréférencées de cartes géologiques vectorisées et harmonisées au 1/50 000' | ||
| ), | ||
| Geopackage( | ||
| xml_id='HYDROLOGIE', | ||
| name='Hydrologie', | ||
| path='hydrologie/hydrology.gpkg', | ||
| # summary='This is a dataset', | ||
| description='ensembles de données hydrographiques', | ||
| layers=[ | ||
| GeopackageLayer( | ||
| lyr_name='BassinVersant', | ||
| name='Bassin Versant', | ||
| ds_type=GeoPackageDatasetTypes.VECTOR, | ||
| description='BD TOPO bassin versant' | ||
| ), | ||
| GeopackageLayer( | ||
| lyr_name='PlanEau', | ||
| name='Plan Eau', | ||
| ds_type=GeoPackageDatasetTypes.VECTOR, | ||
| description='BD TOPO plan eau' | ||
| ), | ||
| GeopackageLayer( | ||
| lyr_name='SurfaceElementaire', | ||
| name='Surface Elementaire', | ||
| ds_type=GeoPackageDatasetTypes.VECTOR, | ||
| description='BD TOPO surface elementaire' | ||
| ), | ||
| GeopackageLayer( | ||
| lyr_name='TronconHydrographique', | ||
| name='Troncon Hydrographique', | ||
| ds_type=GeoPackageDatasetTypes.VECTOR, | ||
| description='BD TOPO troncon hydrographique' | ||
| ) | ||
| ] | ||
| ), | ||
| Dataset( | ||
| xml_id='FORET', | ||
| name='Forêt Publique', | ||
| path='propriete_fonciere/foret_publique.shp', | ||
| ds_type='Vector', | ||
| description='BD TOPO Forêt Publique' | ||
| ), | ||
| Dataset( | ||
| xml_id='PARC', | ||
| name='Parc ou Réserve', | ||
| path='propriete_fonciere/parc_ou_reserve.shp', | ||
| ds_type='Vector', | ||
| description='BD TOPO Parc ou Réserve' | ||
| ), | ||
| Dataset( | ||
| xml_id='DEM', | ||
| name='5m DEM', | ||
| path='topographie/dem.tif', | ||
| ds_type='Raster', | ||
| # summary='This is a input dataset', | ||
| description='RGEALTI altimétrie ', | ||
| ), | ||
| Dataset( | ||
| xml_id='HILLSHADE', | ||
| name='DEM Hillshade', | ||
| path='topographie/dem_hillshade.tif', | ||
| ds_type='Raster', | ||
| description='dérivée de DEM' | ||
| ), | ||
| Dataset( | ||
| xml_id='SLOPE', | ||
| name='Pente', | ||
| path='topographie/slope.tif', | ||
| ds_type='Raster', | ||
| description='pente dérivée de DEM' | ||
| ), | ||
| Dataset( | ||
| xml_id='ROUTE', | ||
| name='Troncon de Route', | ||
| path='transport/TRONCON_DE_ROUTE.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO Troncon de Route' | ||
| ), | ||
| Dataset( | ||
| xml_id='VOIEFERREE', | ||
| name='Troncon de Voie Ferrée', | ||
| path='transport/TRONCON_DE_VOIE_FERREE.shp', | ||
| ds_type='Vector', | ||
| description='BD CARTO Troncon de Voie Ferrée' | ||
| ), | ||
| Dataset( | ||
| xml_id='CANAL', | ||
| name='Troncon de Canal', | ||
| path='canal.shp', | ||
| ds_type='Vector', | ||
| description='Canal de troncon hydrographique' | ||
| ) | ||
| ], | ||
| ) | ||
| ] | ||
| ) | ||
|
|
||
| # Write it to disk | ||
| project.write() | ||
|
|
||
| log.info('done') |