Configuration index

Flat list of every TOML path validated by HydroModPyConfig. Use Ctrl+F to jump to a specific path. Each row links back to the per-section page (anchor) and to the source declaration on GitHub.

TOML path	Type	Profile	Stability	Page	Source
workflow.mode	Literal['simulation', 'calibration', 'overview', 'comparison', 'testbed', 'site_selection']	user		workflow	link
workspace.project_root	Path | UPath	user		workspace	link
workspace.root	Path | UPath | None	user		workspace	link
workspace.catalog_path	Path | None	dev		workspace	link
workspace.data_dir	Path | None	dev		workspace	link
workspace.simulations_dir	Path | None	dev		workspace	link
workspace.output_root	Path | None	user		workspace	link
geographic.source_mode	Literal['standard', 'synthetic']	user		geographic	link
geographic.catchment	Optional[DemCatchDef | TxtCatchDef | OutletCatchDef | PolygonCatchDef]	user		geographic	link
geographic.catchment.dem.dem_init_path	Path | None	user		geographic	link
geographic.catchment.dem.catch_def	Literal['dem']	user		geographic	link
geographic.catchment.txt.dem_init_path	Path | None	user		geographic	link
geographic.catchment.txt.catch_def	Literal['txt']	user		geographic	link
geographic.catchment.txt.cell_size	float	user		geographic	link
geographic.catchment.from_outlet_coord.dem_init_path	Path | None	user		geographic	link
geographic.catchment.from_outlet_coord.catch_def	Literal['from_outlet_coord']	user		geographic	link
geographic.catchment.from_outlet_coord.x_outlet	float	user		geographic	link
geographic.catchment.from_outlet_coord.y_outlet	float	user		geographic	link
geographic.catchment.from_outlet_coord.snap_dist	float	user		geographic	link
geographic.catchment.from_outlet_coord.buff_area	str | float	user		geographic	link
geographic.catchment.from_polyg_shp.dem_init_path	Path | None	user		geographic	link
geographic.catchment.from_polyg_shp.catch_def	Literal['from_polyg_shp']	user		geographic	link
geographic.catchment.from_polyg_shp.polyg_shp_path	Path	user		geographic	link
geographic.catchment.from_polyg_shp.buff_area	str | float	user		geographic	link
geographic.crs_project	str | None	user		geographic	link
geographic.dem_correc_type	Literal['breach', 'fill']	user		geographic	link
geographic.bottom_path	Path | None	user		geographic	link
geographic.reg_fold	Path | None	dev		geographic	link
geographic.synthetic	SyntheticGeographicConfig	user		geographic	link
geographic.synthetic.case_id	str	user		geographic	link
geographic.synthetic.grid	SyntheticGridConfig	user		geographic	link
geographic.synthetic.grid.length_x	float	user		geographic	link
geographic.synthetic.grid.length_y	float	user		geographic	link
geographic.synthetic.grid.nx	int	user		geographic	link
geographic.synthetic.grid.ny	int	user		geographic	link
geographic.synthetic.grid.xmin	float	dev		geographic	link
geographic.synthetic.grid.ymin	float	dev		geographic	link
geographic.synthetic.grid.crs	str	dev		geographic	link
geographic.synthetic.grid.nodata	float	dev		geographic	link
geographic.synthetic.topography	FlatTopography | LinearTopography | RadialIslandTopography	user		geographic	link
geographic.synthetic.topography.flat.kind	Literal['flat']	user		geographic	link
geographic.synthetic.topography.flat.base_elevation	float	user		geographic	link
geographic.synthetic.topography.linear.kind	Literal['linear']	user		geographic	link
geographic.synthetic.topography.linear.base_elevation	float	user		geographic	link
geographic.synthetic.topography.linear.right_to_left_amplitude	float	dev		geographic	link
geographic.synthetic.topography.radial_island.kind	Literal['radial_island']	user		geographic	link
geographic.synthetic.topography.radial_island.base_elevation	float	user		geographic	link
geographic.synthetic.topography.radial_island.island_radius	Optional[float]	dev		geographic	link
geographic.synthetic.topography.radial_island.crest_elevation	float	dev		geographic	link
geographic.synthetic.topography.radial_island.center_x	Optional[float]	dev		geographic	link
geographic.synthetic.topography.radial_island.center_y	Optional[float]	dev		geographic	link
geographic.river_network	RiverNetworkConfig	user		geographic	link
geographic.river_network.enabled	bool	user		geographic	link
geographic.river_network.threshold_mode	Literal['area_km2', 'cells']	user		geographic	link
geographic.river_network.threshold_area_km2	float | None	user		geographic	link
geographic.river_network.threshold_cells	float | None	user		geographic	link
geographic.river_network.prune_short_streams	bool	user		geographic	link
geographic.river_network.min_stream_length_m	float	user		geographic	link
geographic.river_network.compute_strahler_order	bool	user		geographic	link
geographic.river_network.compute_stream_links	bool	user		geographic	link
geographic.river_network.all_vertices	bool	user		geographic	link
geographic.reuse_existing_outputs	bool	user		geographic	link
geographic.write_intermediates	bool	dev		geographic	link
domain.zone_ids	list[str]	user		domain	link
domain.supports	dict[str, GeneratedBandsSupportConfig | GeneratedRingsSupportConfig | CatchmentZonesSupportConfig | GeologySupportConfig]	user		domain	link
domain.supports.<id>.kind	Literal['generated_bands']	user		domain	link
domain.supports.<id>.axis	Literal['x', 'y']	user		domain	link
domain.supports.<id>.coordinate_mode	Literal['relative', 'absolute']	dev		domain	link
domain.supports.<id>.breaks	list[float | str]	user		domain	link
domain.supports.<id>.labels	list[str]	user		domain	link
domain.supports.<id>.default_cell_samples_per_axis	int	dev		domain	link
domain.supports.<id>.kind	Literal['generated_rings']	user		domain	link
domain.supports.<id>.coordinate_mode	Literal['relative', 'absolute']	dev		domain	link
domain.supports.<id>.radii	list[float | str]	user		domain	link
domain.supports.<id>.labels	list[str]	user		domain	link
domain.supports.<id>.center_x	Optional[float]	dev		domain	link
domain.supports.<id>.center_y	Optional[float]	dev		domain	link
domain.supports.<id>.default_cell_samples_per_axis	int	dev		domain	link
domain.supports.<id>.kind	Literal['catchment_zones']	user		domain	link
domain.supports.<id>.source_zone_id	str	user		domain	link
domain.supports.<id>.default_cell_samples_per_axis	int	dev		domain	link
domain.supports.<id>.kind	Literal['geology']	user		domain	link
domain.depth_model	ConstantThicknessDepthModel | FlatSubstratumDepthModel	user		domain	link
domain.depth_model.constant_thickness.kind	Literal['constant_thickness']	user		domain	link
domain.depth_model.constant_thickness.thickness	float	user		domain	link
domain.depth_model.flat_substratum.kind	Literal['flat_substratum']	user		domain	link
domain.depth_model.flat_substratum.substratum_elevation	float	user		domain	link
data.project_crs	str | None	user		data	link
data.types	list[str]	user		data	link
data.inference_mode	Literal['warn', 'strict']	dev		data	link
data.dem	DemConfig | None	user		data	link
data.dem.sources	list[CustomDemSource | IgnGeoplateformeDemSource]	user		data	link
data.dem.sources.custom.mask_path	Path | None	user		data	link
data.dem.sources.custom.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.dem.sources.custom.force_refresh	bool	dev		data	link
data.dem.sources.custom.source	Literal['custom']	user		data	link
data.dem.sources.custom.path	Path	user		data	link
data.dem.sources.ign_geoplateforme_dem.mask_path	Path | None	user		data	link
data.dem.sources.ign_geoplateforme_dem.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.dem.sources.ign_geoplateforme_dem.force_refresh	bool	dev		data	link
data.dem.sources.ign_geoplateforme_dem.departments	list[str]	user		data	link
data.dem.sources.ign_geoplateforme_dem.country	str	user		data	link
data.dem.sources.ign_geoplateforme_dem.regions	list[str]	user		data	link
data.dem.sources.ign_geoplateforme_dem.source	Literal['ign_geoplateforme_dem']	user		data	link
data.dem.sources.ign_geoplateforme_dem.dataset	Literal['bd-alti']	user		data	link
data.dem.sources.ign_geoplateforme_dem.resolution_m	float | None	user		data	link
data.dem.sources.ign_geoplateforme_dem.file_format	str	user		data	link
data.dem.sources.ign_geoplateforme_dem.crs	str | None	user		data	link
data.geology	GeologyConfig | None	user		data	link
data.geology.sources	list[CustomGeologySource | BrgmGeology1mSource | BrgmGeology50kSource]	user		data	link
data.geology.sources.custom.mask_path	Path | None	user		data	link
data.geology.sources.custom.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.geology.sources.custom.force_refresh	bool	dev		data	link
data.geology.sources.custom.source	Literal['custom']	user		data	link
data.geology.sources.custom.path	Path	user		data	link
data.geology.sources.custom.code_field	str | None	user		data	link
data.geology.sources.custom.values_table_path	Path | None	user		data	link
data.geology.sources.custom.col_x	str	dev		data	link
data.geology.sources.custom.col_y	str	dev		data	link
data.geology.sources.custom.col_code	str	dev		data	link
data.geology.sources.custom.default_crs	str	dev		data	link
data.geology.sources.brgm_1m.mask_path	Path | None	user		data	link
data.geology.sources.brgm_1m.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.geology.sources.brgm_1m.force_refresh	bool	dev		data	link
data.geology.sources.brgm_1m.source	Literal['brgm_1m']	user		data	link
data.geology.sources.brgm_50k.mask_path	Path | None	user		data	link
data.geology.sources.brgm_50k.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.geology.sources.brgm_50k.force_refresh	bool	dev		data	link
data.geology.sources.brgm_50k.source	Literal['brgm_50k']	user		data	link
data.geology.id	str	user		data	link
data.geology.cell_samples_per_axis	int	dev		data	link
data.hydrography	HydrographyConfig | None	user		data	link
data.hydrography.sources	list[HydrographySourceConfig]	user		data	link
data.hydrography.sources.source	Literal['custom', 'osm', 'bdtopage', 'euhydro']	user		data	link
data.hydrography.sources.path	Path | None	user		data	link
data.hydrography.sources.rasterize_field	str	user		data	link
data.hydrography.sources.typename	str	dev		data	link
data.hydrography.sources.page_size	int	dev		data	link
data.hydrography.sources.group_name	str	dev		data	link
data.hydrography.sources.euhydro_page_size	int	dev		data	link
data.hydrography.sources.force_refresh	bool	dev		data	link
data.hydrography.sources.waterway_types	list[str]	dev		data	link
data.hydrometry	HydrometryConfig | None	user		data	link
data.hydrometry.date_start	str | None	user		data	link
data.hydrometry.date_end	str | None	user		data	link
data.hydrometry.sources	list[HydrometrySourceConfig]	user		data	link
data.hydrometry.sources.fallback_search_radius_km	float | None	dev		data	link
data.hydrometry.sources.station_ids	list[str] | None	user		data	link
data.hydrometry.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.hydrometry.sources.force_refresh	bool	dev		data	link
data.hydrometry.sources.mask_path	Path | None	user		data	link
data.hydrometry.sources.source_unit	str | None	user		data	link
data.hydrometry.sources.col_id	str	dev		data	link
data.hydrometry.sources.col_x	str	dev		data	link
data.hydrometry.sources.col_y	str	dev		data	link
data.hydrometry.sources.col_crs	str	dev		data	link
data.hydrometry.sources.col_datetime	str	dev		data	link
data.hydrometry.sources.col_value	str	dev		data	link
data.hydrometry.sources.default_crs	str	dev		data	link
data.hydrometry.sources.source	Literal['custom', 'hubeau']	user		data	link
data.hydrometry.sources.path	Path | None	user		data	link
data.hydrometry.sources.product	str | None	user		data	link
data.hydrometry.sources.require_observations	bool	dev		data	link
data.hydrometry.sources.max_stations	int | None	user		data	link
data.intermittency	IntermittencyConfig | None	user		data	link
data.intermittency.date_start	str | None	user		data	link
data.intermittency.date_end	str | None	user		data	link
data.intermittency.sources	list[IntermittencySourceConfig]	user		data	link
data.intermittency.sources.fallback_search_radius_km	float | None	dev		data	link
data.intermittency.sources.station_ids	list[str] | None	user		data	link
data.intermittency.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.intermittency.sources.force_refresh	bool	dev		data	link
data.intermittency.sources.mask_path	Path | None	user		data	link
data.intermittency.sources.source_unit	str | None	user		data	link
data.intermittency.sources.col_id	str	dev		data	link
data.intermittency.sources.col_x	str	dev		data	link
data.intermittency.sources.col_y	str	dev		data	link
data.intermittency.sources.col_crs	str	dev		data	link
data.intermittency.sources.col_datetime	str	dev		data	link
data.intermittency.sources.col_value	str	dev		data	link
data.intermittency.sources.default_crs	str	dev		data	link
data.intermittency.sources.source	Literal['custom', 'hubeau']	user		data	link
data.intermittency.sources.path	Path | None	user		data	link
data.intermittency.sources.code_departement	list[str] | None	user		data	link
data.intermittency.sources.require_observations	bool	dev		data	link
data.oceanic	OceanicConfig | None	user		data	link
data.oceanic.date_start	str | None	user		data	link
data.oceanic.date_end	str | None	user		data	link
data.oceanic.sources	list[OceanicSourceConfig]	user		data	link
data.oceanic.sources.fallback_search_radius_km	float | None	dev		data	link
data.oceanic.sources.station_ids	list[str] | None	user		data	link
data.oceanic.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.oceanic.sources.force_refresh	bool	dev		data	link
data.oceanic.sources.mask_path	Path | None	user		data	link
data.oceanic.sources.source_unit	str | None	user		data	link
data.oceanic.sources.col_id	str	dev		data	link
data.oceanic.sources.col_x	str	dev		data	link
data.oceanic.sources.col_y	str	dev		data	link
data.oceanic.sources.col_crs	str	dev		data	link
data.oceanic.sources.col_datetime	str	dev		data	link
data.oceanic.sources.col_value	str	dev		data	link
data.oceanic.sources.default_crs	str	dev		data	link
data.oceanic.sources.source	Literal['custom', 'shom', 'constant']	user		data	link
data.oceanic.sources.path	Path | None	user		data	link
data.oceanic.sources.value	float | None	user		data	link
data.oceanic.sources.nearest	bool	dev		data	link
data.oceanic.sources.require_observations	bool	dev		data	link
data.piezometry	PiezometryConfig | None	user		data	link
data.piezometry.date_start	str | None	user		data	link
data.piezometry.date_end	str | None	user		data	link
data.piezometry.sources	list[PiezometrySourceConfig]	user		data	link
data.piezometry.sources.fallback_search_radius_km	float | None	dev		data	link
data.piezometry.sources.station_ids	list[str] | None	user		data	link
data.piezometry.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.piezometry.sources.force_refresh	bool	dev		data	link
data.piezometry.sources.mask_path	Path | None	user		data	link
data.piezometry.sources.source_unit	str | None	user		data	link
data.piezometry.sources.col_id	str	dev		data	link
data.piezometry.sources.col_x	str	dev		data	link
data.piezometry.sources.col_y	str	dev		data	link
data.piezometry.sources.col_crs	str	dev		data	link
data.piezometry.sources.col_datetime	str	dev		data	link
data.piezometry.sources.col_value	str	dev		data	link
data.piezometry.sources.default_crs	str	dev		data	link
data.piezometry.sources.source	Literal['custom', 'hubeau']	user		data	link
data.piezometry.sources.path	Path | None	user		data	link
data.piezometry.sources.product	Optional[Literal['level', 'depth']]	user		data	link
data.piezometry.sources.require_observations	bool	dev		data	link
data.piezometry.sources.nearest	bool	dev		data	link
data.water_quality	WaterQualityConfig | None	user		data	link
data.water_quality.date_start	str | None	user		data	link
data.water_quality.date_end	str | None	user		data	link
data.water_quality.sources	list[WaterQualitySourceConfig]	user		data	link
data.water_quality.sources.fallback_search_radius_km	float | None	dev		data	link
data.water_quality.sources.station_ids	list[str] | None	user		data	link
data.water_quality.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.water_quality.sources.force_refresh	bool	dev		data	link
data.water_quality.sources.mask_path	Path | None	user		data	link
data.water_quality.sources.source_unit	str | None	user		data	link
data.water_quality.sources.col_id	str	dev		data	link
data.water_quality.sources.col_x	str	dev		data	link
data.water_quality.sources.col_y	str	dev		data	link
data.water_quality.sources.col_crs	str	dev		data	link
data.water_quality.sources.col_datetime	str	dev		data	link
data.water_quality.sources.col_value	str	dev		data	link
data.water_quality.sources.default_crs	str	dev		data	link
data.water_quality.sources.source	Literal['custom', 'hubeau']	user		data	link
data.water_quality.sources.site_type	Literal['river', 'piezometer']	user		data	link
data.water_quality.sources.parameters	list[str] | None	user		data	link
data.water_quality.sources.path	Path | None	user		data	link
data.water_quality.sources.nearest	bool	dev		data	link
data.recharge	RechargeConfig | None	user		data	link
data.recharge.date_start	str | None	user		data	link
data.recharge.date_end	str | None	user		data	link
data.recharge.sources	list[RechargeSourceConfig]	user		data	link
data.recharge.sources.station_ids	list[str] | None	user		data	link
data.recharge.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.recharge.sources.force_refresh	bool	dev		data	link
data.recharge.sources.mask_path	Path | None	user		data	link
data.recharge.sources.source_unit	str | None	user		data	link
data.recharge.sources.col_id	str	dev		data	link
data.recharge.sources.col_x	str	dev		data	link
data.recharge.sources.col_y	str	dev		data	link
data.recharge.sources.col_crs	str	dev		data	link
data.recharge.sources.col_datetime	str	dev		data	link
data.recharge.sources.col_value	str	dev		data	link
data.recharge.sources.default_crs	str	dev		data	link
data.recharge.sources.source	Literal['custom', 'sim2', 'synthetic']	user		data	link
data.recharge.sources.path	Path | None	user		data	link
data.recharge.sources.values	list[float] | None	user		data	link
data.recharge.sources.start_date	str | None	user		data	link
data.recharge.sources.freq	str | None	dev		data	link
data.recharge.sources.periods	int | None	dev		data	link
data.recharge.sources.amplitude	float | None	expert		data	link
data.recharge.sources.period_days	int | None	expert		data	link
data.recharge.sources.offset	float | None	expert		data	link
data.recharge.sources.runoff_ratio	float | None	dev		data	link
data.runoff	RunoffConfig | None	user		data	link
data.runoff.date_start	str | None	user		data	link
data.runoff.date_end	str | None	user		data	link
data.runoff.sources	list[RunoffSourceConfig]	user		data	link
data.runoff.sources.station_ids	list[str] | None	user		data	link
data.runoff.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.runoff.sources.force_refresh	bool	dev		data	link
data.runoff.sources.mask_path	Path | None	user		data	link
data.runoff.sources.source_unit	str | None	user		data	link
data.runoff.sources.col_id	str	dev		data	link
data.runoff.sources.col_x	str	dev		data	link
data.runoff.sources.col_y	str	dev		data	link
data.runoff.sources.col_crs	str	dev		data	link
data.runoff.sources.col_datetime	str	dev		data	link
data.runoff.sources.col_value	str	dev		data	link
data.runoff.sources.default_crs	str	dev		data	link
data.runoff.sources.source	Literal['custom', 'sim2']	user		data	link
data.runoff.sources.path	Path | None	user		data	link
data.precipitation	PrecipitationConfig | None	user		data	link
data.precipitation.date_start	str | None	user		data	link
data.precipitation.date_end	str | None	user		data	link
data.precipitation.sources	list[PrecipitationSourceConfig]	user		data	link
data.precipitation.sources.station_ids	list[str] | None	user		data	link
data.precipitation.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.precipitation.sources.force_refresh	bool	dev		data	link
data.precipitation.sources.mask_path	Path | None	user		data	link
data.precipitation.sources.source_unit	str | None	user		data	link
data.precipitation.sources.col_id	str	dev		data	link
data.precipitation.sources.col_x	str	dev		data	link
data.precipitation.sources.col_y	str	dev		data	link
data.precipitation.sources.col_crs	str	dev		data	link
data.precipitation.sources.col_datetime	str	dev		data	link
data.precipitation.sources.col_value	str	dev		data	link
data.precipitation.sources.default_crs	str	dev		data	link
data.precipitation.sources.source	Literal['custom', 'sim2']	user		data	link
data.precipitation.sources.components	list[Literal['liquid', 'solid', 'total']]	user		data	link
data.precipitation.sources.path	Path | None	user		data	link
data.etp	EtpConfig | None	user		data	link
data.etp.date_start	str | None	user		data	link
data.etp.date_end	str | None	user		data	link
data.etp.sources	list[EtpSourceConfig]	user		data	link
data.etp.sources.station_ids	list[str] | None	user		data	link
data.etp.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.etp.sources.force_refresh	bool	dev		data	link
data.etp.sources.mask_path	Path | None	user		data	link
data.etp.sources.source_unit	str | None	user		data	link
data.etp.sources.col_id	str	dev		data	link
data.etp.sources.col_x	str	dev		data	link
data.etp.sources.col_y	str	dev		data	link
data.etp.sources.col_crs	str	dev		data	link
data.etp.sources.col_datetime	str	dev		data	link
data.etp.sources.col_value	str	dev		data	link
data.etp.sources.default_crs	str	dev		data	link
data.etp.sources.source	Literal['custom', 'sim2']	user		data	link
data.etp.sources.path	Path | None	user		data	link
data.etp.sources.crs	str | None	user		data	link
data.etp.sources.nodata	float | int | str | None	user		data	link
data.temperature	TemperatureConfig | None	user		data	link
data.temperature.date_start	str | None	user		data	link
data.temperature.date_end	str | None	user		data	link
data.temperature.sources	list[TemperatureSourceConfig]	user		data	link
data.temperature.sources.station_ids	list[str] | None	user		data	link
data.temperature.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.temperature.sources.force_refresh	bool	dev		data	link
data.temperature.sources.mask_path	Path | None	user		data	link
data.temperature.sources.source_unit	str | None	user		data	link
data.temperature.sources.col_id	str	dev		data	link
data.temperature.sources.col_x	str	dev		data	link
data.temperature.sources.col_y	str	dev		data	link
data.temperature.sources.col_crs	str	dev		data	link
data.temperature.sources.col_datetime	str	dev		data	link
data.temperature.sources.col_value	str	dev		data	link
data.temperature.sources.default_crs	str	dev		data	link
data.temperature.sources.source	Literal['custom', 'sim2']	user		data	link
data.temperature.sources.path	Path | None	user		data	link
data.wind	WindConfig | None	user		data	link
data.wind.date_start	str | None	user		data	link
data.wind.date_end	str | None	user		data	link
data.wind.sources	list[WindSourceConfig]	user		data	link
data.wind.sources.station_ids	list[str] | None	user		data	link
data.wind.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.wind.sources.force_refresh	bool	dev		data	link
data.wind.sources.mask_path	Path | None	user		data	link
data.wind.sources.source_unit	str | None	user		data	link
data.wind.sources.col_id	str	dev		data	link
data.wind.sources.col_x	str	dev		data	link
data.wind.sources.col_y	str	dev		data	link
data.wind.sources.col_crs	str	dev		data	link
data.wind.sources.col_datetime	str	dev		data	link
data.wind.sources.col_value	str	dev		data	link
data.wind.sources.default_crs	str	dev		data	link
data.wind.sources.source	Literal['custom', 'sim2']	user		data	link
data.wind.sources.path	Path | None	user		data	link
data.humidity	HumidityConfig | None	user		data	link
data.humidity.date_start	str | None	user		data	link
data.humidity.date_end	str | None	user		data	link
data.humidity.sources	list[HumiditySourceConfig]	user		data	link
data.humidity.sources.station_ids	list[str] | None	user		data	link
data.humidity.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.humidity.sources.force_refresh	bool	dev		data	link
data.humidity.sources.mask_path	Path | None	user		data	link
data.humidity.sources.source_unit	str | None	user		data	link
data.humidity.sources.col_id	str	dev		data	link
data.humidity.sources.col_x	str	dev		data	link
data.humidity.sources.col_y	str	dev		data	link
data.humidity.sources.col_crs	str	dev		data	link
data.humidity.sources.col_datetime	str	dev		data	link
data.humidity.sources.col_value	str	dev		data	link
data.humidity.sources.default_crs	str	dev		data	link
data.humidity.sources.source	Literal['custom', 'sim2']	user		data	link
data.humidity.sources.path	Path | None	user		data	link
data.radiation	RadiationConfig | None	user		data	link
data.radiation.date_start	str | None	user		data	link
data.radiation.date_end	str | None	user		data	link
data.radiation.sources	list[RadiationSourceConfig]	user		data	link
data.radiation.sources.station_ids	list[str] | None	user		data	link
data.radiation.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.radiation.sources.force_refresh	bool	dev		data	link
data.radiation.sources.mask_path	Path | None	user		data	link
data.radiation.sources.source_unit	str | None	user		data	link
data.radiation.sources.col_id	str	dev		data	link
data.radiation.sources.col_x	str	dev		data	link
data.radiation.sources.col_y	str	dev		data	link
data.radiation.sources.col_crs	str	dev		data	link
data.radiation.sources.col_datetime	str	dev		data	link
data.radiation.sources.col_value	str	dev		data	link
data.radiation.sources.default_crs	str	dev		data	link
data.radiation.sources.source	Literal['custom', 'sim2']	user		data	link
data.radiation.sources.components	list[Literal['atmospheric', 'visible']]	user		data	link
data.radiation.sources.path	Path | None	user		data	link
data.soil_moisture	SoilMoistureConfig | None	user		data	link
data.soil_moisture.date_start	str | None	user		data	link
data.soil_moisture.date_end	str | None	user		data	link
data.soil_moisture.sources	list[SoilMoistureSourceConfig]	user		data	link
data.soil_moisture.sources.station_ids	list[str] | None	user		data	link
data.soil_moisture.sources.extent	Optional[Literal['watershed', 'study_area']]	user		data	link
data.soil_moisture.sources.force_refresh	bool	dev		data	link
data.soil_moisture.sources.mask_path	Path | None	user		data	link
data.soil_moisture.sources.source_unit	str | None	user		data	link
data.soil_moisture.sources.col_id	str	dev		data	link
data.soil_moisture.sources.col_x	str	dev		data	link
data.soil_moisture.sources.col_y	str	dev		data	link
data.soil_moisture.sources.col_crs	str	dev		data	link
data.soil_moisture.sources.col_datetime	str	dev		data	link
data.soil_moisture.sources.col_value	str	dev		data	link
data.soil_moisture.sources.default_crs	str	dev		data	link
data.soil_moisture.sources.source	Literal['custom', 'sim2']	user		data	link
data.soil_moisture.sources.path	Path | None	user		data	link
flow.runtime_backend	Literal['local', 'scipy', 'scipy_sparse', 'petsc']	dev	experimental	flow	link
flow.surface_interaction_model	Literal['auto', 'regularized_partition', 'complementarity', 'vi_obstacle', 'ts_vi_obstacle']	dev	experimental	flow	link
flow.runtime_max_iterations	int | None	dev		flow	link
flow.runtime_tol_residual_inf	float | None	dev		flow	link
flow.runtime_tol_state_update_inf	float | None	dev		flow	link
flow.vi_substeps_per_period	int	dev		flow	link
flow.vi_substep_on_failure	bool	dev		flow	link
flow.vi_max_adaptive_substeps	int | None	dev		flow	link
flow.ts_vi_steps_per_period	int	dev		flow	link
flow.ts_vi_adapt	bool	dev		flow	link
flow.ts_vi_dt_min_fraction	float	dev		flow	link
flow.ts_vi_dt_max_fraction	float	dev		flow	link
flow.ts_vi_type	str	dev		flow	link
flow.ts_vi_snes_type	str	dev		flow	link
flow.param_list	list[str]	user		flow	link
flow.param	dict[str, FlowParam]	user		flow	link
flow.param.<id>.field	FieldHomogeneousSection | FieldHeterogeneousSection	user		flow	link
flow.param.<id>.field.homogeneous.id	Optional[str]	user		flow	link
flow.param.<id>.field.homogeneous.kind	Literal['homogeneous']	user		flow	link
flow.param.<id>.field.homogeneous.unit	str | None	user		flow	link
flow.param.<id>.field.homogeneous.value	object | None	user		flow	link
flow.param.<id>.field.heterogeneous.id	Optional[str]	user		flow	link
flow.param.<id>.field.heterogeneous.kind	Literal['heterogeneous']	user		flow	link
flow.param.<id>.field.heterogeneous.unit	str | None	user		flow	link
flow.param.<id>.field.heterogeneous.values_source	Literal['inline', 'csv']	user		flow	link
flow.param.<id>.field.heterogeneous.values	dict[str, float | str] | None	user		flow	link
flow.param.<id>.field.heterogeneous.values_csv_file	Optional[str]	dev		flow	link
flow.param.<id>.field.heterogeneous.csv_key_column	str	dev		flow	link
flow.param.<id>.field.heterogeneous.csv_value_column	str	dev		flow	link
flow.param.<id>.field.heterogeneous.field_spatial_id	Optional[str]	user		flow	link
flow.param.<id>.field_vertical_profile	FieldVerticalProfileSection | None	user		flow	link
flow.param.<id>.field_vertical_profile.mode	Literal['none', 'exponential', 'tabulated']	user		flow	link
flow.param.<id>.field_vertical_profile.characteristic_depth	Optional[Any]	dev		flow	link
flow.param.<id>.field_vertical_profile.min_factor	Optional[float]	dev		flow	link
flow.param.<id>.field_vertical_profile.depths	list[float] | None	dev		flow	link
flow.param.<id>.field_vertical_profile.factors	list[float] | None	dev		flow	link
flow.param.<id>.field_vertical_profile.interpolation	Literal['linear', 'step']	dev		flow	link
flow.ic	FlowInitialConditions	user		flow	link
flow.ic.h	FlowICTop | FlowICTopOffset | FlowICBottom | FlowICCustom | FlowICSteadyState	user		flow	link
flow.ic.h.top.id	str	dev		flow	link
flow.ic.h.top.value	object | None	user		flow	link
flow.ic.h.top.description	str	user		flow	link
flow.ic.h.top.units	str	dev		flow	link
flow.ic.h.top.type	Literal['top']	user		flow	link
flow.ic.h.top_offset.id	str	dev		flow	link
flow.ic.h.top_offset.value	Any	user		flow	link
flow.ic.h.top_offset.description	str	user		flow	link
flow.ic.h.top_offset.units	str	user		flow	link
flow.ic.h.top_offset.type	Literal['top_offset']	user		flow	link
flow.ic.h.bottom.id	str	dev		flow	link
flow.ic.h.bottom.value	object | None	user		flow	link
flow.ic.h.bottom.description	str	user		flow	link
flow.ic.h.bottom.units	str	dev		flow	link
flow.ic.h.bottom.type	Literal['bottom']	user		flow	link
flow.ic.h.custom.id	str	dev		flow	link
flow.ic.h.custom.value	Any	user		flow	link
flow.ic.h.custom.description	str	user		flow	link
flow.ic.h.custom.units	str	user		flow	link
flow.ic.h.custom.type	Literal['custom']	user		flow	link
flow.ic.h.steady_state.id	str	dev		flow	link
flow.ic.h.steady_state.value	object | None	user		flow	link
flow.ic.h.steady_state.description	str	user		flow	link
flow.ic.h.steady_state.units	str	dev		flow	link
flow.ic.h.steady_state.type	Literal['steady_state']	user		flow	link
flow.ic.h.steady_state.source	Optional[Literal['recharge', 'mean_recharge']]	user		flow	link
flow.ic.h.steady_state.recharge_statistic	Optional[Literal['time_mean']]	user		flow	link
flow.ic.h.steady_state.boundary_condition_policy	Optional[Literal['first_period']]	user		flow	link
flow.bc	dict[str, DirichletBC | CauchyBC | RobinBC]	user		flow	link
flow.bc.dirichlet.<id>.id	str	user		flow	link
flow.bc.dirichlet.<id>.value	float | list[float] | None	user		flow	link
flow.bc.dirichlet.<id>.description	str	user		flow	link
flow.bc.dirichlet.<id>.units	str	dev		flow	link
flow.bc.dirichlet.<id>.kind	Literal['dirichlet']	user		flow	link
flow.bc.dirichlet.<id>.data_value	bool	dev		flow	link
flow.bc.dirichlet.<id>.forcing	Optional[FlowBoundaryForcingConstantConfig | FlowBoundaryForcingCsvConfig]	dev		flow	link
flow.bc.dirichlet.<id>.forcing.constant.mode	Literal['constant']	user		flow	link
flow.bc.dirichlet.<id>.forcing.constant.value	float	user		flow	link
flow.bc.dirichlet.<id>.forcing.constant.units	str | None	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.mode	Literal['csv']	user		flow	link
flow.bc.dirichlet.<id>.forcing.csv.path_file	Path	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.sep	str	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.date_column	str	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.date_format	str | None	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.value_column	str	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.fill_method	Literal['ffill', 'bfill']	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.aggregate	Literal['mean', 'last']	dev		flow	link
flow.bc.dirichlet.<id>.forcing.csv.units	str | None	dev		flow	link
flow.bc.dirichlet.<id>.application_domain	str | None	user		flow	link
flow.bc.dirichlet.<id>.support_label	Optional[str]	user		flow	link
flow.bc.cauchy.<id>.id	str	user		flow	link
flow.bc.cauchy.<id>.value	float | list[float] | None	user		flow	link
flow.bc.cauchy.<id>.description	str	user		flow	link
flow.bc.cauchy.<id>.units	str	dev		flow	link
flow.bc.cauchy.<id>.kind	Literal['cauchy']	user		flow	link
flow.bc.cauchy.<id>.data_value	bool	dev		flow	link
flow.bc.cauchy.<id>.application_domain	str | None	user		flow	link
flow.bc.cauchy.<id>.support_label	Optional[str]	user		flow	link
flow.bc.robin.<id>.id	str	user		flow	link
flow.bc.robin.<id>.value	float | list[float] | None	user		flow	link
flow.bc.robin.<id>.description	str	user		flow	link
flow.bc.robin.<id>.units	str	dev		flow	link
flow.bc.robin.<id>.kind	Literal['robin']	user		flow	link
flow.bc.robin.<id>.data_value	bool	dev		flow	link
flow.bc.robin.<id>.application_domain	str | None	user		flow	link
flow.bc.robin.<id>.support_label	Optional[str]	user		flow	link
flow.sinks_sources	FlowSinksSourcesConfig	user		flow	link
flow.sinks_sources.wells	dict[str, FlowWellConfig]	user		flow	link
flow.sinks_sources.wells.<id>.location	FlowWellLocationCell | FlowWellLocationAbsoluteXY | FlowWellLocationRelativeXY	user		flow	link
flow.sinks_sources.wells.<id>.location.cell.kind	Literal['cell']	user		flow	link
flow.sinks_sources.wells.<id>.location.cell.cell	tuple[int, int, int]	user		flow	link
flow.sinks_sources.wells.<id>.location.absolute_xy.kind	Literal['absolute_xy']	user		flow	link
flow.sinks_sources.wells.<id>.location.absolute_xy.layer	int	dev		flow	link
flow.sinks_sources.wells.<id>.location.absolute_xy.x	float	user		flow	link
flow.sinks_sources.wells.<id>.location.absolute_xy.y	float	user		flow	link
flow.sinks_sources.wells.<id>.location.relative_xy.kind	Literal['relative_xy']	user		flow	link
flow.sinks_sources.wells.<id>.location.relative_xy.layer	int	dev		flow	link
flow.sinks_sources.wells.<id>.location.relative_xy.x_rel	float	user		flow	link
flow.sinks_sources.wells.<id>.location.relative_xy.y_rel	float	user		flow	link
flow.sinks_sources.wells.<id>.flux	float | list[float] | None	user		flow	link
flow.sinks_sources.wells.<id>.forcing	Optional[FlowWellForcingConstantConfig | FlowWellForcingCsvConfig]	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.constant.kind	Literal['constant']	user		flow	link
flow.sinks_sources.wells.<id>.forcing.constant.value	Any	user		flow	link
flow.sinks_sources.wells.<id>.forcing.constant.units	str | None	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.kind	Literal['csv']	user		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.path_file	Path	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.sep	str	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.date_column	str	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.date_format	str | None	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.value_column	str	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.fill_method	Literal['ffill', 'bfill']	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.aggregate	Literal['mean', 'last']	dev		flow	link
flow.sinks_sources.wells.<id>.forcing.csv.units	str | None	dev		flow	link
flow.sinks_sources.wells.<id>.units	str	dev		flow	link
flow.sinks_sources.wells.<id>.description	str	user		flow	link
flow.sinks_sources.recharge	FlowRechargeConfig | None	user		flow	link
flow.sinks_sources.recharge.values	Any	user		flow	link
flow.sinks_sources.recharge.heterogeneous_source	Any	dev		flow	link
flow.sinks_sources.recharge.first_clim	str | float	dev		flow	link
flow.sinks_sources.recharge.units	str	dev		flow	link
flow.sinks_sources.recharge.negative_to_evt	bool	dev		flow	link
flow.sinks_sources.recharge.spatial_mode	Literal['auto', 'homogeneous', 'heterogeneous']	dev		flow	link
flow.sinks_sources.recharge.interpolation_method	Literal['nearest', 'linear', 'idw']	dev		flow	link
flow.sinks_sources.etp	FlowEtpConfig | None	user		flow	link
flow.sinks_sources.etp.values	Any	user		flow	link
flow.sinks_sources.etp.heterogeneous_source	Any	dev		flow	link
flow.sinks_sources.etp.first_clim	str | float	dev		flow	link
flow.sinks_sources.etp.units	str	dev		flow	link
flow.sinks_sources.etp.surface_offset	Any	dev		flow	link
flow.sinks_sources.etp.extinction_depth	Any	dev		flow	link
flow.sinks_sources.etp.spatial_mode	Literal['auto', 'homogeneous', 'heterogeneous']	dev		flow	link
flow.sinks_sources.etp.interpolation_method	Literal['nearest', 'linear', 'idw']	dev		flow	link
flow.active_sinks_sources	list[str]	user		flow	link
flow.active_bc	list[str]	user		flow	link
flow.flow_regime	Literal['steady', 'transient']	user		flow	link
flow.first_period_steady	bool	user		flow	link
transport.active_sinks_sources	list[str]	user		transport	link
transport.active_bc	list[str]	user		transport	link
transport.modpath	TransportModpathConfig	user		transport	link
transport.modpath.parameters	ModpathParametersConfig	user		transport	link
transport.modpath.parameters.zone_partic	str	dev		transport	link
transport.modpath.parameters.track_dir	Literal['forward', 'backward', 'custom']	dev		transport	link
transport.modpath.parameters.bore_depth	list[float] | None	dev		transport	link
transport.modpath.parameters.cell_div	int	dev		transport	link
transport.modpath.parameters.zloc_div	bool	dev		transport	link
transport.modpath.parameters.sel_random	int | None	dev		transport	link
transport.modpath.parameters.sel_slice	int | None	dev		transport	link
transport.mt3dms	TransportMt3dmsConfig	user		transport	link
transport.mt3dms.parameters	ConcentrationTransportParametersConfig	user		transport	link
transport.mt3dms.parameters.spc_name	str	dev		transport	link
transport.mt3dms.parameters.sconc_init	float	dev		transport	link
transport.mt3dms.parameters.sconc_input	float	dev		transport	link
transport.mt3dms.parameters.disp_long	float	dev		transport	link
transport.mt3dms.parameters.disp_transh	float	dev		transport	link
transport.mt3dms.parameters.disp_transv	float	dev		transport	link
transport.mt3dms.parameters.diffu_coeff	float	dev		transport	link
transport.mt3dms.parameters.react_order	Literal[None, 0, 1]	dev		transport	link
transport.mt3dms.parameters.scheme	Literal['upstream', 'central', 'TVD']	dev		transport	link
transport.mt3dms.parameters.rate_decay	float	dev		transport	link
transport.mt3dms.parameters.porosity	float | None	dev		transport	link
transport.mt3dms.parameters.plot_conc	bool	dev		transport	link
transport.modflow6gwt	TransportModflow6GwtConfig	user		transport	link
transport.modflow6gwt.parameters	ConcentrationTransportParametersConfig	user		transport	link
transport.modflow6gwt.parameters.spc_name	str	dev		transport	link
transport.modflow6gwt.parameters.sconc_init	float	dev		transport	link
transport.modflow6gwt.parameters.sconc_input	float	dev		transport	link
transport.modflow6gwt.parameters.disp_long	float	dev		transport	link
transport.modflow6gwt.parameters.disp_transh	float	dev		transport	link
transport.modflow6gwt.parameters.disp_transv	float	dev		transport	link
transport.modflow6gwt.parameters.diffu_coeff	float	dev		transport	link
transport.modflow6gwt.parameters.react_order	Literal[None, 0, 1]	dev		transport	link
transport.modflow6gwt.parameters.scheme	Literal['upstream', 'central', 'TVD']	dev		transport	link
transport.modflow6gwt.parameters.rate_decay	float	dev		transport	link
transport.modflow6gwt.parameters.porosity	float | None	dev		transport	link
transport.modflow6gwt.parameters.plot_conc	bool	dev		transport	link
transport.modflow6prt	TransportModflow6PrtConfig	user		transport	link
transport.modflow6prt.parameters	Modflow6PrtParametersConfig	user		transport	link
transport.modflow6prt.parameters.release_zone	str	dev		transport	link
transport.modflow6prt.parameters.upstream_top_quantile	float	dev		transport	link
transport.modflow6prt.parameters.outlet_bottom_quantile	float	dev		transport	link
transport.modflow6prt.parameters.track_dir	Literal['forward']	dev		transport	link
transport.modflow6prt.parameters.porosity	float | None	dev		transport	link
transport.modflow6prt.parameters.local_z	float	dev		transport	link
transport.modflow6prt.parameters.particle_cell_ids	list[int] | None	dev		transport	link
transport.modflow6prt.parameters.max_particles	int | None	dev		transport	link
transport.modflow6prt.parameters.sel_slice	int | None	dev		transport	link
transport.modflow6prt.parameters.release_times_days	list[float] | None	dev		transport	link
transport.modflow6prt.parameters.track_times_days	list[float] | None	dev		transport	link
transport.modflow6prt.parameters.track_time_step_days	float | None	dev		transport	link
transport.modflow6prt.parameters.stop_time_days	float | None	dev		transport	link
transport.modflow6prt.parameters.stop_travel_time_days	float | None	dev		transport	link
transport.modflow6prt.parameters.extend_tracking	bool	dev		transport	link
transport.modflow6prt.parameters.dry_tracking_method	Literal['drop', 'stop', 'stay']	dev		transport	link
transport.modflow6prt.parameters.exit_solve_tolerance	float	dev		transport	link
transport.modflow6prt.parameters.write_track_csv	bool	dev		transport	link
transport.modflow6prt.parameters.write_track_binary	bool	dev		transport	link
simulation.name	str	user		simulation	link
simulation.run_id	str	user		simulation	link
simulation.on_collision	Literal['replace', 'fail', 'version']	user		simulation	link
simulation.description	str	user		simulation	link
simulation.scientific_objective	str | None	user		simulation	link
simulation.contact_email	str | None	user		simulation	link
simulation.doi	str | None	user		simulation	link
simulation.study_area_name	str | None	user		simulation	link
simulation.outlet_x	float | None	user		simulation	link
simulation.outlet_y	float | None	user		simulation	link
simulation.time	SimulationTimeConfig | None	user		simulation	link
simulation.time.start_datetime	datetime.datetime | None	user		simulation	link
simulation.time.end_datetime	datetime.datetime | None	user		simulation	link
simulation.time.step_value	int | float | str	user		simulation	link
simulation.time.step_unit	Optional[Literal['hour', 'day', 'month', 'year']]	user		simulation	link
simulation.time.substeps_per_period	int	dev		simulation	link
simulation.time.coverage_policy	Literal['error', 'warn', 'ignore']	dev		simulation	link
simulation.process	list[FlowProcessConfig | TransportProcessConfig | MeshProcessConfig]	user		simulation	link
simulation.process.flow.id	str	user		simulation	link
simulation.process.flow.type	Literal['flow']	user		simulation	link
simulation.process.flow.solvers	list[str]	user		simulation	link
simulation.process.transport.id	str	user		simulation	link
simulation.process.transport.type	Literal['transport']	user		simulation	link
simulation.process.transport.solvers	list[str]	user		simulation	link
simulation.process.mesh.id	str	user		simulation	link
simulation.process.mesh.type	Literal['mesh']	user		simulation	link
simulation.process.mesh.backend	Literal['catchment']	user		simulation	link
simulation.process.mesh.solvers	list[str]	user		simulation	link
simulation.results	ResultsConfig	dev		simulation	link
simulation.results.persistence	PersistenceConfig	user		simulation	link
simulation.results.persistence.save_catalog	bool	user		simulation	link
simulation.results.persistence.save_zarr	bool	user		simulation	link
simulation.results.persistence.save_parquet	bool	user		simulation	link
simulation.results.persistence.save_lock	bool	user		simulation	link
simulation.results.persistence.compression	Literal['none', 'zstd', 'lz4', 'gzip', 'snappy']	dev		simulation	link
simulation.results.persistence.compression_level	int	dev		simulation	link
simulation.results.keep_solver_files	bool	dev		simulation	link
simulation.results.solver_scratch	str	dev		simulation	link
simulation.results.derived	DerivedConfig	user		simulation	link
simulation.results.derived.watertable_elevation	bool	user		simulation	link
simulation.results.derived.watertable_depth	bool	user		simulation	link
simulation.results.derived.seepage_areas	bool	user		simulation	link
simulation.results.derived.groundwater_flux	bool	dev		simulation	link
simulation.results.derived.release_flux	bool	dev		simulation	link
simulation.results.derived.accumulation_flux	bool	dev		simulation	link
simulation.results.derived.release_accumulation_flux	bool	dev		simulation	link
simulation.results.derived.outflow_drain	bool	dev		simulation	link
simulation.results.derived.concentration_seepage	bool	dev		simulation	link
simulation.results.derived.mass_seepage	bool	dev		simulation	link
simulation.results.derived.mass_accumulated	bool	dev		simulation	link
simulation.results.budget	BudgetConfig	dev		simulation	link
simulation.results.budget.spatial_fields	bool	dev		simulation	link
simulation.results.export	ExportConfig	user		simulation	link
simulation.results.export.netcdf	bool	user		simulation	link
simulation.results.export.csv_timeseries	bool	user		simulation	link
simulation.results.export.vtu	bool	dev		simulation	link
simulation.results.export.geotiff	bool	dev		simulation	link
simulation.results.export.shapefile	bool	dev		simulation	link
simulation.results.export.output_dir	str | None	dev		simulation	link
simulation.results.export.variables	ExportVariablesConfig	user		simulation	link
simulation.results.export.variables.head	bool	user		simulation	link
simulation.results.export.variables.concentration	bool	user		simulation	link
simulation.results.export.variables.budget	bool	dev		simulation	link
simulation.results.export.variables.pathlines	bool	dev		simulation	link
simulation.results.export.variables.derived	bool	user		simulation	link
simulation.results.export.resolution	float | None	dev		simulation	link
simulation.results.export.artifacts	list[ExportSpec]	dev		simulation	link
simulation.results.export.artifacts.var	str | list[str]	user		simulation	link
simulation.results.export.artifacts.dest	Path	user		simulation	link
simulation.results.export.artifacts.fmt	ExportFormat | None	user		simulation	link
simulation.results.export.artifacts.time	Union[int, list[int], Literal['first', 'last', 'all'], NoneType]	user		simulation	link
simulation.results.export.artifacts.layer	int | None	dev		simulation	link
simulation.results.export.artifacts.resolution	float | None	dev		simulation	link
simulation.results.export.artifacts.crs	str | None	dev		simulation	link
simulation.results.export.artifacts.nodata	float	dev		simulation	link
simulation.rng_seed	int | None	user		simulation	link
solver.backend	Modflow6Backend | ModflowNwtBackend | BoussinesqBackend | CustomBackend	user		solver	link
solver.backend.backend	Literal['modflow6']	user		solver	link
solver.backend.backend	Literal['modflow_nwt']	user		solver	link
solver.backend.backend	Literal['boussinesq']	user		solver	link
solver.backend.backend	Literal['custom']	user		solver	link
solver.backend.name	str	user		solver	link
modflownwt.runtime	ModflowRuntimeConfig	expert		modflownwt	link
modflownwt.runtime.nwt	NwtSolverConfig	expert		modflownwt	link
modflownwt.runtime.nwt.version	str	expert		modflownwt	link
modflownwt.runtime.nwt.listunit	int	expert		modflownwt	link
modflownwt.runtime.nwt.verbose	bool	expert		modflownwt	link
modflownwt.runtime.nwt.headtol	float	expert		modflownwt	link
modflownwt.runtime.nwt.fluxtol	float	expert		modflownwt	link
modflownwt.runtime.nwt.maxiterout	int	expert		modflownwt	link
modflownwt.runtime.nwt.thickfact	float	expert		modflownwt	link
modflownwt.runtime.nwt.linmeth	int	expert		modflownwt	link
modflownwt.runtime.nwt.iprnwt	int	expert		modflownwt	link
modflownwt.runtime.nwt.ibotav	int	expert		modflownwt	link
modflownwt.runtime.nwt.options	str	expert		modflownwt	link
modflownwt.runtime.nwt.continue_run	bool	expert		modflownwt	link
modflownwt.runtime.nwt.backflag	int	expert		modflownwt	link
modflownwt.runtime.nwt.stoptol	float	expert		modflownwt	link
modflownwt.runtime.dis	DisConfig	expert		modflownwt	link
modflownwt.runtime.dis.itmuni	int	expert		modflownwt	link
modflownwt.runtime.bas	BasConfig	expert		modflownwt	link
modflownwt.runtime.bas.hnoflo	float	expert		modflownwt	link
modflownwt.runtime.upw	UpwConfig	expert		modflownwt	link
modflownwt.runtime.upw.iphdry	int	expert		modflownwt	link
modflownwt.runtime.upw.hdry	float	expert		modflownwt	link
modflownwt.runtime.upw.layvka	int	expert		modflownwt	link
modflownwt.runtime.evt	EvtConfig	expert		modflownwt	link
modflownwt.runtime.evt.nevtop	int	expert		modflownwt	link
modflownwt.runtime.evt.ievt	int	expert		modflownwt	link
modflownwt.runtime.evt.ipakcb	int	expert		modflownwt	link
modflownwt.runtime.oc	OcConfig	expert		modflownwt	link
modflownwt.runtime.oc.compact	bool	expert		modflownwt	link
modflownwt.runtime.wel	WelConfig	expert		modflownwt	link
modflownwt.runtime.wel.ipakcb	int	expert		modflownwt	link
modflownwt.runtime.lmt	LmtConfig	expert		modflownwt	link
modflownwt.runtime.lmt.output_file_name	str	expert		modflownwt	link
modflownwt.runtime.lmt.extension	str	expert		modflownwt	link
modflownwt.runtime.lmt.output_format	str	expert		modflownwt	link
modflownwt.process_specific	ModflowProcessSpecificConfig	expert		modflownwt	link
modflownwt.process_specific.vka	float	expert		modflownwt	link
modflownwt.process_specific.exdp	float	expert		modflownwt	link
modflownwt.sgrid	SolverSGridConfig	user		modflownwt	link
modflownwt.sgrid.planar	PlanarGridConfig	user		modflownwt	link
modflownwt.sgrid.planar.mode	Literal['keep_native', 'resample_to_shape']	user		modflownwt	link
modflownwt.sgrid.planar.nx	Optional[int]	user		modflownwt	link
modflownwt.sgrid.planar.ny	Optional[int]	user		modflownwt	link
modflownwt.sgrid.planar.resampling	Literal['bilinear', 'average', 'nearest']	dev		modflownwt	link
modflownwt.sgrid.vertical	VerticalGridConfig	user		modflownwt	link
modflownwt.sgrid.vertical.genmtd_lay	Literal['constant', 'decay', 'list']	user		modflownwt	link
modflownwt.sgrid.vertical.nlay	int | None	user		modflownwt	link
modflownwt.sgrid.vertical.lay_decay	float | None	dev		modflownwt	link
modflownwt.sgrid.vertical.lay_proportions	list[float] | None	dev		modflownwt	link
modflownwt.sgrid.vertical.nodata	float	dev		modflownwt	link
modflownwt.tgrid	TMeshConfig | None	user		modflownwt	link
modflownwt.tgrid.itmuni	str	dev		modflownwt	link
modflownwt.tgrid.genmtd	Literal['synthetic_regular', 'from_chron']	user		modflownwt	link
modflownwt.tgrid.nper	int	user		modflownwt	link
modflownwt.tgrid.lenper	float | int | list[int] | list[float] | None	user		modflownwt	link
modflownwt.tgrid.chron_path	str | None	user		modflownwt	link
modflownwt.tgrid.chron_dateformat	str	dev		modflownwt	link
modflownwt.tgrid.chron_colsep	str	dev		modflownwt	link
modflownwt.tgrid.chron_time_col	str	dev		modflownwt	link
modflownwt.tgrid.start_datetime	Any | None	user		modflownwt	link
modflownwt.tgrid.end_datetime	Any | None	user		modflownwt	link
modflownwt.tgrid.tsmult	int | float | list[int] | list[float]	dev		modflownwt	link
modflownwt.tgrid.ntsp	int | list[int]	dev		modflownwt	link
modflownwt.tgrid.temporal_nodata	float	dev		modflownwt	link
modflow6.runtime	Modflow6RuntimeConfig	expert		modflow6	link
modflow6.runtime.mf6_executable_name	str	expert		modflow6	link
modflow6.runtime.mf6_ims_complexity	Literal['SIMPLE', 'MODERATE', 'COMPLEX']	expert		modflow6	link
modflow6.runtime.mf_verbose	bool	expert		modflow6	link
modflow6.runtime.mf6_outer_dvclose	float	expert		modflow6	link
modflow6.runtime.mf6_inner_dvclose	float	expert		modflow6	link
modflow6.runtime.mf6_outer_maximum	int	expert		modflow6	link
modflow6.runtime.mf6_inner_maximum	int	expert		modflow6	link
modflow6.runtime.mf6_inner_rclose	Optional[float]	expert		modflow6	link
modflow6.runtime.mf6_linear_acceleration	Optional[Literal['CG', 'BICGSTAB']]	expert		modflow6	link
modflow6.runtime.mf6_under_relaxation	Optional[Literal['NONE', 'SIMPLE', 'COOLEY', 'DBD']]	expert		modflow6	link
modflow6.runtime.mf6_enable_rewet	bool | None	expert		modflow6	link
modflow6.runtime.mf6_newton	bool	expert		modflow6	link
modflow6.runtime.mf6_newton_under_relaxation	bool	expert		modflow6	link
modflow6.runtime.mf6_enable_xt3d	bool | None	expert		modflow6	link
modflow6.runtime.mf6_rewet_wetfct	float	expert		modflow6	link
modflow6.runtime.mf6_rewet_iwetit	int	expert		modflow6	link
modflow6.runtime.mf6_rewet_ihdwet	int	expert		modflow6	link
modflow6.runtime.mf6_rewet_wetdry	float	expert		modflow6	link
modflow6.process_specific	Modflow6ProcessSpecificConfig	expert		modflow6	link
modflow6.process_specific.vka	float	expert		modflow6	link
modflow6.process_specific.evt_extinction_depth	float	expert		modflow6	link
modflow6.sgrid	SolverSGridConfig	user		modflow6	link
modflow6.sgrid.planar	PlanarGridConfig	user		modflow6	link
modflow6.sgrid.planar.mode	Literal['keep_native', 'resample_to_shape']	user		modflow6	link
modflow6.sgrid.planar.nx	Optional[int]	user		modflow6	link
modflow6.sgrid.planar.ny	Optional[int]	user		modflow6	link
modflow6.sgrid.planar.resampling	Literal['bilinear', 'average', 'nearest']	dev		modflow6	link
modflow6.sgrid.vertical	VerticalGridConfig	user		modflow6	link
modflow6.sgrid.vertical.genmtd_lay	Literal['constant', 'decay', 'list']	user		modflow6	link
modflow6.sgrid.vertical.nlay	int | None	user		modflow6	link
modflow6.sgrid.vertical.lay_decay	float | None	dev		modflow6	link
modflow6.sgrid.vertical.lay_proportions	list[float] | None	dev		modflow6	link
modflow6.sgrid.vertical.nodata	float	dev		modflow6	link
display.enabled	bool	user		display	link
display.backend	Literal['agg', 'qt5agg', 'auto']	dev		display	link
display.preset	Literal['default', 'print', 'dark']	user		display	link
display.show	bool	user		display	link
display.save	bool	user		display	link
display.output_dir	Path	user		display	link
display.dpi	int	dev		display	link
display.cmap	str	user		display	link
display.figures	list[str]	user		display	link
display.overrides	dict[str, dict]	expert		display	link
display.flow	DisplayFlowConfig	user		display	link
display.flow.enabled	bool	user		display	link
display.flow.cross_section	bool	user		display	link
display.flow.streamflow	bool	user		display	link
display.flow.piezometry	bool	user		display	link
display.flow.watertable_map	bool	user		display	link
display.flow.dem_map	bool	user		display	link
display.flow.budget	bool	user		display	link
display.flow.hydrography	bool	user		display	link
display.flow.boussinesq_state	bool	user		display	link
display.flow.boussinesq_diagnostics	bool	user		display	link
display.flow.boussinesq_mass_balance	bool	user		display	link
display.flow.boussinesq_probes	bool	user		display	link
display.flow.boussinesq_edge_flux	bool	user		display	link
display.particles	DisplayParticlesConfig	user		display	link
display.particles.enabled	bool	user		display	link
display.particles.pathlines	bool	user		display	link
display.transport	DisplayTransportConfig	user		display	link
display.transport.enabled	bool	user		display	link
display.transport.concentration	bool	user		display	link
display.transport.gif	bool	user		display	link
display.transport.web_animation	bool	user		display	link
persistence.save_catalog	bool	user		persistence	link
persistence.save_zarr	bool	user		persistence	link
persistence.save_parquet	bool	user		persistence	link
persistence.save_lock	bool	user		persistence	link
persistence.compression	Literal['none', 'zstd', 'lz4', 'gzip', 'snappy']	dev		persistence	link
persistence.compression_level	int	dev		persistence	link
analysis.batch	RegionalLabConfig | None	user		analysis	link
analysis.batch.config_path	Path	user		analysis	link
analysis.batch.base_dir	Path	user		analysis	link
analysis.batch.lab_id	str	user		analysis	link
analysis.batch.output_root	Path	user		analysis	link
analysis.batch.execute	bool	user		analysis	link
analysis.batch.continue_on_error	bool	user		analysis	link
analysis.batch.validate_config_paths	bool	user		analysis	link
analysis.batch.resume_from_report	bool	user		analysis	link
analysis.batch.skip_completed_cases	bool	user		analysis	link
analysis.batch.catalog	RegionalLabCatalogConfig	user		analysis	link
analysis.batch.catalog.path	Path	user		analysis	link
analysis.batch.catalog.format	Literal['auto', 'csv', 'jsonl']	user		analysis	link
analysis.batch.catalog.site_id_field	str	user		analysis	link
analysis.batch.catalog.site_label_field	str | None	user		analysis	link
analysis.batch.catalog.cluster_id_field	str | None	user		analysis	link
analysis.batch.catalog.cluster_label_field	str | None	user		analysis	link
analysis.batch.catalog.cluster_family_field	str | None	user		analysis	link
analysis.batch.catalog.cluster_scale_field	str | None	user		analysis	link
analysis.batch.catalog.region_field	str | None	user		analysis	link
analysis.batch.catalog.source_selection_field	str | None	user		analysis	link
analysis.batch.catalog.status_field	str | None	user		analysis	link
analysis.batch.catalog.maturity_field	str | None	user		analysis	link
analysis.batch.catalog.x_field	str | None	user		analysis	link
analysis.batch.catalog.y_field	str | None	user		analysis	link
analysis.batch.catalog.area_km2_field	str | None	user		analysis	link
analysis.batch.catalog.tags_field	str | None	user		analysis	link
analysis.batch.catalog.enabled_field	str | None	user		analysis	link
analysis.batch.catalog.required_fields	tuple[str, ...]	user		analysis	link
analysis.batch.catalog.path_fields	tuple[str, ...]	user		analysis	link
analysis.batch.catalog.tag_separator	str	user		analysis	link
analysis.batch.catalog.source_manifest_path	Path | None	user		analysis	link
analysis.batch.catalog.source_manifest_output_key	str | None	user		analysis	link
analysis.batch.selection	RegionalLabSelectionConfig	user		analysis	link
analysis.batch.selection.site_ids	tuple[str, ...]	user		analysis	link
analysis.batch.selection.cluster_ids	tuple[str, ...]	user		analysis	link
analysis.batch.selection.regions	tuple[str, ...]	user		analysis	link
analysis.batch.selection.families	tuple[str, ...]	user		analysis	link
analysis.batch.selection.scales	tuple[str, ...]	user		analysis	link
analysis.batch.selection.statuses	tuple[str, ...]	user		analysis	link
analysis.batch.selection.maturity_levels	tuple[str, ...]	user		analysis	link
analysis.batch.selection.tags	tuple[str, ...]	user		analysis	link
analysis.batch.selection.limit	int | None	user		analysis	link
analysis.batch.selection.include_disabled	bool	user		analysis	link
analysis.batch.cluster_rules	tuple[RegionalLabClusterRuleConfig, ...]	user		analysis	link
analysis.batch.cluster_rules.id	str	user		analysis	link
analysis.batch.cluster_rules.label	str	user		analysis	link
analysis.batch.cluster_rules.enabled	bool	user		analysis	link
analysis.batch.cluster_rules.priority	int	user		analysis	link
analysis.batch.cluster_rules.selection	RegionalLabSelectionConfig	user		analysis	link
analysis.batch.cluster_rules.selection.site_ids	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.cluster_ids	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.regions	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.families	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.scales	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.statuses	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.maturity_levels	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.tags	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.selection.limit	int | None	user		analysis	link
analysis.batch.cluster_rules.selection.include_disabled	bool	user		analysis	link
analysis.batch.cluster_rules.field_equals	tuple[tuple[str, str], ...]	user		analysis	link
analysis.batch.cluster_rules.set_cluster_id	str | None	user		analysis	link
analysis.batch.cluster_rules.set_cluster_label	str | None	user		analysis	link
analysis.batch.cluster_rules.set_cluster_family	str | None	user		analysis	link
analysis.batch.cluster_rules.set_cluster_scale	str | None	user		analysis	link
analysis.batch.cluster_rules.cluster_tags	tuple[str, ...]	user		analysis	link
analysis.batch.cluster_rules.override_existing_cluster	bool	user		analysis	link
analysis.batch.recipes	tuple[RegionalLabRecipeConfig, ...]	user		analysis	link
analysis.batch.recipes.id	str	user		analysis	link
analysis.batch.recipes.label	str	user		analysis	link
analysis.batch.recipes.launcher	Literal['simulation', 'comparison']	user		analysis	link
analysis.batch.recipes.config_path_template	str	user		analysis	link
analysis.batch.recipes.enabled	bool	user		analysis	link
analysis.batch.recipes.selection	RegionalLabSelectionConfig	user		analysis	link
analysis.batch.recipes.selection.site_ids	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.cluster_ids	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.regions	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.families	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.scales	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.statuses	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.maturity_levels	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.tags	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.selection.limit	int | None	user		analysis	link
analysis.batch.recipes.selection.include_disabled	bool	user		analysis	link
analysis.batch.recipes.required_fields	tuple[str, ...]	user		analysis	link
analysis.batch.recipes.allowed_platforms	tuple[str, ...]	user		analysis	link
analysis.capability_gallery	CapabilityGalleryConfig | None	user		analysis	link
analysis.capability_gallery.enabled	bool	user		analysis	link
analysis.capability_gallery.output_dir	Path | None	user		analysis	link
analysis.capability_gallery.case_slug	str	user		analysis	link
analysis.capability_gallery.assets	tuple[str, ...]	user		analysis	link
analysis.comparison	ComparisonSection | None	user		analysis	link
analysis.comparison.comparison_id	Optional[str]	user		analysis	link
analysis.comparison.base_simulation_config	str | None	expert		analysis	link
analysis.comparison.base_simulation_overlay	dict[str, Any]	expert		analysis	link
analysis.comparison.anchors_file	str | None	expert		analysis	link
analysis.comparison.output_root	str | None	expert		analysis	link
analysis.comparison.reference_simulation	Optional[str]	expert		analysis	link
analysis.comparison.continue_on_error	bool	dev		analysis	link
analysis.comparison.execution	ComparisonExecutionConfig	dev		analysis	link
analysis.comparison.execution.backend	Literal['subprocess_hmp_run']	dev		analysis	link
analysis.comparison.execution.max_parallel_runs	int	dev		analysis	link
analysis.comparison.execution.keep_generated_configs	bool	dev		analysis	link
analysis.comparison.execution.run_simulations	bool	dev		analysis	link
analysis.comparison.execution.python_executable	str | None	dev		analysis	link
analysis.comparison.execution.timeout_seconds	float | None	dev		analysis	link
analysis.comparison.audit	ComparisonAuditConfig	dev		analysis	link
analysis.comparison.audit.mode	Literal['strict_same_case']	dev		analysis	link
analysis.comparison.audit.on_mismatch	Literal['fail', 'warn', 'ignore']	dev		analysis	link
analysis.comparison.fine_raster	ComparisonFineRaster | None	expert		analysis	link
analysis.comparison.fine_raster.enabled	bool	expert		analysis	link
analysis.comparison.fine_raster.resolution	Optional[float]	expert		analysis	link
analysis.comparison.fine_raster.extent_mode	Literal['intersection', 'union', 'reference']	expert		analysis	link
analysis.comparison.fine_raster.interpolation	Literal['linear', 'nearest']	expert		analysis	link
analysis.comparison.fine_raster.write_geotiff	bool	expert		analysis	link
analysis.comparison.simulation	list[ComparisonSimulationConfig]	user		analysis	link
analysis.comparison.simulation.id	str	user		analysis	link
analysis.comparison.simulation.label	str | None	user		analysis	link
analysis.comparison.simulation.enabled	bool	user		analysis	link
analysis.comparison.simulation.solver	str | None	expert		analysis	link
analysis.comparison.simulation.simulation_config	str | None	expert		analysis	link
analysis.comparison.simulation.run_folder	str | None	expert		analysis	link
analysis.comparison.simulation.mesh_label	Optional[str]	user		analysis	link
analysis.comparison.simulation.mesh_mode	Literal['mesh_catchment', 'mesh_input', 'sgrid', 'structured', 'unstructured', 'unknown']	dev		analysis	link
analysis.comparison.simulation.overlay	dict[str, Any]	expert		analysis	link
analysis.comparison.observable	list[ComparisonObservable]	user		analysis	link
analysis.comparison.observable.name	str	user		analysis	link
analysis.comparison.observable.variable	str	user		analysis	link
analysis.comparison.observable.source	Literal['disk']	user		analysis	link
analysis.comparison.observable.simulations	list[str] | None	user		analysis	link
analysis.comparison.observable.support	Literal['point', 'outlet', 'boundary', 'cell_mask', 'map']	user		analysis	link
analysis.comparison.observable.anchor_id	str | None	user		analysis	link
analysis.comparison.observable.x	float | None	user		analysis	link
analysis.comparison.observable.y	float | None	user		analysis	link
analysis.comparison.observable.cell_index	Optional[int]	user		analysis	link
analysis.comparison.observable.cell_indices	list[int] | None	user		analysis	link
analysis.comparison.observable.boundary_id	Optional[str]	user		analysis	link
analysis.comparison.observable.allow_domain_proxy	bool	dev		analysis	link
analysis.comparison.observable.time	str | int | None	user		analysis	link
analysis.comparison.observable.time_window	tuple[str, str] | tuple[float, float] | None	user		analysis	link
analysis.comparison.observable.reducer	str | None	user		analysis	link
analysis.comparison.observable.time_reducer	str | None	user		analysis	link
analysis.comparison.observable.unit	str | None	user		analysis	link
overview.name	str	user		overview	link
overview.date_start	str | None	user		overview	link
overview.date_end	str | None	user		overview	link
overview.regional_context_label	str | None	user		overview	link
overview.panels	OverviewPanelsConfig	user		overview	link
overview.panels.map_dem	bool	user		overview	link
overview.panels.map_geology	bool	user		overview	link
overview.panels.map_hydrography	bool	user		overview	link
overview.panels.stats_card	bool	user		overview	link
overview.panels.timeseries_discharge	bool	user		overview	link
overview.panels.timeseries_piezometry	bool	user		overview	link
overview.panels.climatic_summary	bool	user		overview	link
overview.panels.timeseries_intermittency	bool	user		overview	link
overview.panels.timeseries_water_quality	bool	user		overview	link
overview.panels.station_inventory	bool	user		overview	link
mesh_catchment.constraints_mode	Literal['geology_only', 'rivers_only', 'geology_rivers']	user		mesh_catchment	link
mesh_catchment.output_mesh	Optional[str]	dev		mesh_catchment	link
mesh_catchment.output_summary_json	Optional[str]	dev		mesh_catchment	link
mesh_catchment.output_figure	Optional[str]	dev		mesh_catchment	link
mesh_catchment.output_figure_regional	Optional[str]	dev		mesh_catchment	link
mesh_catchment.figures_enabled	bool	user		mesh_catchment	link
mesh_catchment.export_exchange_bundle	bool	user		mesh_catchment	link
mesh_catchment.figure_dpi	int	user		mesh_catchment	link
mesh_catchment.figure_regional_dpi	int	user		mesh_catchment	link
mesh_catchment.output_layout	Literal['standard', 'flat']	user		mesh_catchment	link
mesh_catchment.show_plot	bool	user		mesh_catchment	link
mesh_catchment.geographic_outputs_mode	Literal['keep', 'cleanup']	dev		mesh_catchment	link
mesh_catchment.rivers	MeshCatchmentRiversConfig	user		mesh_catchment	link
mesh_catchment.rivers.source	Literal['geographic_features', 'file']	user		mesh_catchment	link
mesh_catchment.rivers.path	Optional[str]	user		mesh_catchment	link
mesh_catchment.rivers.clip_to_domain	bool	user		mesh_catchment	link
mesh_catchment.rivers.min_segment_length	Any	user		mesh_catchment	link
mesh_catchment.rivers.snap_tolerance	Any	user		mesh_catchment	link
mesh_catchment.geology	dict[str, Any] | None	user		mesh_catchment	link
mesh_catchment.watershed_boundary	MeshCatchmentWatershedBoundaryConfig	user		mesh_catchment	link
mesh_catchment.watershed_boundary.enabled	bool	user		mesh_catchment	link
mesh_catchment.watershed_boundary.boundary_refinement_distance	Optional[Any]	dev		mesh_catchment	link
mesh_catchment.watershed_boundary.smoothing	MeshCatchmentWatershedBoundarySmoothingConfig	user		mesh_catchment	link
mesh_catchment.watershed_boundary.smoothing.enabled	bool	user		mesh_catchment	link
mesh_catchment.watershed_boundary.smoothing.distance	Optional[Any]	dev		mesh_catchment	link
mesh_catchment.watershed_boundary.smoothing.river_buffer_distance	Optional[Any]	dev		mesh_catchment	link
mesh_catchment.watershed_boundary.smoothing.outer_bias_distance	Optional[Any]	dev		mesh_catchment	link
mesh_catchment.watershed_boundary.outside_coarsening	MeshCatchmentWatershedOutsideCoarseningConfig	user		mesh_catchment	link
mesh_catchment.watershed_boundary.outside_coarsening.enabled	bool	user		mesh_catchment	link
mesh_catchment.watershed_boundary.outside_coarsening.size_factor	float	dev		mesh_catchment	link
mesh_catchment.watershed_boundary.outside_coarsening.transition_distance	Optional[Any]	dev		mesh_catchment	link
mesh_catchment.watershed_boundary.outside_coarsening.grid_resolution	Optional[Any]	dev		mesh_catchment	link
mesh_catchment.watershed_boundary.geology_conformity	MeshCatchmentWatershedGeologyConformityConfig	user		mesh_catchment	link
mesh_catchment.watershed_boundary.geology_conformity.mode	Literal['full_domain', 'buffered_watershed_envelope']	user		mesh_catchment	link
mesh_catchment.watershed_boundary.geology_conformity.buffer_distance	Optional[Any]	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties	MeshCatchmentHydraulicPropertiesConfig | None	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity	MeshCatchmentHydraulicConductivity | None	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity.values_source	Literal['inline', 'csv']	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity.values	dict[str, object] | None	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity.values_csv_file	Optional[str]	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity.csv_key_column	str	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity.csv_value_column	str	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity.default_value	object | None	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.conductivity.unit	str	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties.storage_coefficient	MeshCatchmentStorageCoefficient | None	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.storage_coefficient.values_source	Literal['inline', 'csv']	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.storage_coefficient.values	dict[str, object] | None	user		mesh_catchment	link
mesh_catchment.hydraulic_properties.storage_coefficient.values_csv_file	Optional[str]	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties.storage_coefficient.csv_key_column	str	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties.storage_coefficient.csv_value_column	str	dev		mesh_catchment	link
mesh_catchment.hydraulic_properties.storage_coefficient.default_value	object | None	user		mesh_catchment	link
mesh_catchment.domain	ZoneMeshingDomainBBox | ZoneMeshingDomainPolygon | ZoneMeshingDomainVector | ZoneMeshingDomainGeographicBoxBuffer | ZoneMeshingDomainGeographicWatershed | ZoneMeshingDomainGeographicWatershedBox	user		mesh_catchment	link
mesh_catchment.domain.bbox.kind	Literal['bbox']	user		mesh_catchment	link
mesh_catchment.domain.bbox.bbox	list[float]	user		mesh_catchment	link
mesh_catchment.domain.polygon.kind	Literal['polygon']	user		mesh_catchment	link
mesh_catchment.domain.polygon.coordinates	list[list[float]]	user		mesh_catchment	link
mesh_catchment.domain.vector.kind	Literal['vector']	user		mesh_catchment	link
mesh_catchment.domain.vector.path	str	user		mesh_catchment	link
mesh_catchment.domain.vector.id_field	Optional[str]	user		mesh_catchment	link
mesh_catchment.domain.vector.selected_id	Optional[str]	user		mesh_catchment	link
mesh_catchment.domain.geographic_box_buffer.kind	Literal['geographic_box_buffer']	user		mesh_catchment	link
mesh_catchment.domain.geographic_watershed.kind	Literal['geographic_watershed']	user		mesh_catchment	link
mesh_catchment.domain.geographic_watershed_box.kind	Literal['geographic_watershed_box']	user		mesh_catchment	link
mesh_catchment.zone_meshing	ZoneMeshingSettings	dev		mesh_catchment	link
mesh_catchment.zone_meshing.algorithm	str	user		mesh_catchment	link
mesh_catchment.zone_meshing.global_size	float	user		mesh_catchment	link
mesh_catchment.zone_meshing.min_size	Optional[float]	user		mesh_catchment	link
mesh_catchment.zone_meshing.max_size	Optional[float]	user		mesh_catchment	link
mesh_catchment.zone_meshing.simplify_tolerance	float	dev		mesh_catchment	link
mesh_catchment.zone_meshing.heal_tolerance	float	dev		mesh_catchment	link
mesh_catchment.zone_meshing.linear_constraint_snap_tolerance	float	dev		mesh_catchment	link
mesh_catchment.zone_meshing.min_polygon_area	float	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refine_interfaces	bool	user		mesh_catchment	link
mesh_catchment.zone_meshing.interface_size	Optional[float]	dev		mesh_catchment	link
mesh_catchment.zone_meshing.interface_distance	Optional[float]	dev		mesh_catchment	link
mesh_catchment.zone_meshing.interface_sampling	int	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy	ZoneMeshingRefinementPolicy | None	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.enabled	bool	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.mode	Literal['family_priority_local_budget', 'grid_local_budget']	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot	ZoneMeshingRefinementHotspotSettings	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot.radius	Optional[float]	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot.max_curve_count	int	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot.max_family_count	int	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot.min_gap	float	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot.max_node_degree	int	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot.short_segment_length	float	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.hotspot.max_short_segment_count	int	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.grid	ZoneMeshingRefinementGridSettings	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.grid.cell_size	Optional[float]	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.grid.neighborhood_rings	int	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.grid.enable_exact_gap_check	bool	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.grid.max_exact_gap_candidates	int	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.families	dict[str, ZoneMeshingRefinementFamilySettings]	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.families.<id>.enabled	bool	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.families.<id>.priority	int	user		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.families.<id>.interface_size	Optional[float]	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.families.<id>.interface_distance	Optional[float]	dev		mesh_catchment	link
mesh_catchment.zone_meshing.refinement_policy.families.<id>.interface_sampling	int | None	dev		mesh_catchment	link
mesh_input.mesh_path	Path | None	user		mesh_input	link
mesh_input.bundle_dir	Path | None	user		mesh_input	link
calibration.method	str	user		calibration	link
calibration.max_iter	int	user		calibration	link
calibration.batch_size	int	dev		calibration	link
calibration.parallel	int	dev		calibration	link
calibration.seed	int | None	user		calibration	link
calibration.save_runs	Literal['none', 'best_n', 'all']	user		calibration	link
calibration.save_best_n	int	user		calibration	link
calibration.use_cache	bool	dev		calibration	link
calibration.lightweight_extraction	bool	dev		calibration	link
calibration.objective	str	user		calibration	link
calibration.variable	str	user		calibration	link
calibration.optimizer_kwargs	dict[str, Any]	dev		calibration	link
calibration.parameters	dict[str, CalibParameterDecl]	user		calibration	link
calibration.parameters.<id>.bounds	list[float] | None	user		calibration	link
calibration.parameters.<id>.transform	Literal['identity', 'log', 'logit']	user		calibration	link
calibration.parameters.<id>.prior	Literal['uniform', 'log_uniform', 'normal']	user		calibration	link
calibration.parameters.<id>.path	str | None	user		calibration	link
calibration.parameters.<id>.target	str | None	user		calibration	link
calibration.parameters.<id>.mode	Literal['replace', 'scale']	user		calibration	link
calibration.parameters.<id>.units	str | None	user		calibration	link
calibration.outputs	dict[str, CalibOutputPoint | CalibOutputBoundary | CalibOutputCell]	user		calibration	link
calibration.outputs.point.<id>.variable	str	user		calibration	link
calibration.outputs.point.<id>.support	Literal['point']	user		calibration	link
calibration.outputs.point.<id>.geometry	dict[str, Any] | None	user		calibration	link
calibration.outputs.point.<id>.x	Optional[Any]	user		calibration	link
calibration.outputs.point.<id>.y	Optional[Any]	user		calibration	link
calibration.outputs.point.<id>.time	Union[Literal['all', 'last', 'first'], list[str]]	user		calibration	link
calibration.outputs.point.<id>.reducer	Literal['mean', 'sum', 'last', 'none']	user		calibration	link
calibration.outputs.point.<id>.observed_values	list[float] | None	user		calibration	link
calibration.outputs.boundary.<id>.variable	str	user		calibration	link
calibration.outputs.boundary.<id>.support	Literal['boundary']	user		calibration	link
calibration.outputs.boundary.<id>.boundary_id	str	user		calibration	link
calibration.outputs.boundary.<id>.time	Union[Literal['all', 'last', 'first'], list[str]]	user		calibration	link
calibration.outputs.boundary.<id>.reducer	Literal['mean', 'sum', 'last', 'none']	user		calibration	link
calibration.outputs.boundary.<id>.observed_values	list[float] | None	user		calibration	link
calibration.outputs.cell.<id>.variable	str	user		calibration	link
calibration.outputs.cell.<id>.support	Literal['cell']	user		calibration	link
calibration.outputs.cell.<id>.cell_id	Optional[int]	user		calibration	link
calibration.outputs.cell.<id>.row	Optional[int]	user		calibration	link
calibration.outputs.cell.<id>.col	Optional[int]	user		calibration	link
calibration.outputs.cell.<id>.layer	int	user		calibration	link
calibration.outputs.cell.<id>.time	Union[Literal['all', 'last', 'first'], list[str]]	user		calibration	link
calibration.outputs.cell.<id>.reducer	Literal['mean', 'sum', 'last', 'none']	user		calibration	link
calibration.outputs.cell.<id>.observed_values	list[float] | None	user		calibration	link
calibration.objective_blocks	list[CalibObjectiveBlockDecl]	user		calibration	link
calibration.objective_blocks.name	str	user		calibration	link
calibration.objective_blocks.metric	Literal['rmse', 'nse', 'kge', 'mae']	user		calibration	link
calibration.objective_blocks.weight	float	user		calibration	link
calibration.objective_blocks.uses_outputs	list[str]	user		calibration	link
calibration.objective_blocks.normalize_cost	bool	user		calibration	link
calibration.objective_blocks.transform	Literal['identity', 'log', 'inverse']	user		calibration	link
calibration.persist_iteration_detail	Literal['none', 'summary', 'full']	dev		calibration	link
calibration.persist_model_distribution	bool	dev		calibration	link
calibration.rerun_best_with_outputs	bool	user		calibration	link
calibration.materialize_candidates	bool	dev		calibration	link
calibration.candidates_root	PurePosixPath | None	dev		calibration	link
calibration.persistence	PersistenceConfig	user		calibration	link
calibration.persistence.save_catalog	bool	user		calibration	link
calibration.persistence.save_zarr	bool	user		calibration	link
calibration.persistence.save_parquet	bool	user		calibration	link
calibration.persistence.save_lock	bool	user		calibration	link
calibration.persistence.compression	Literal['none', 'zstd', 'lz4', 'gzip', 'snappy']	dev		calibration	link
calibration.persistence.compression_level	int	dev		calibration	link
testbed.config_path	Path	user		testbed	link
testbed.base_dir	Path	user		testbed	link
testbed.id	str	user		testbed	link
testbed.profile	str	user		testbed	link
testbed.subject	str	user		testbed	link
testbed.purpose	str	user		testbed	link
testbed.output_root	Path	user		testbed	link
testbed.execute	bool	user		testbed	link
testbed.continue_on_error	bool	user		testbed	link
testbed.base_config_path	Path | None	user		testbed	link
testbed.runner	TestbedRunnerConfig	user		testbed	link
testbed.runner.type	str	user		testbed	link
testbed.runner.no_display	bool	user		testbed	link
testbed.case	tuple[TestbedCaseConfig, ...]	user		testbed	link
testbed.case.id	str	user		testbed	link
testbed.case.label	str	user		testbed	link
testbed.case.axis	str | None	user		testbed	link
testbed.case.enabled	bool	user		testbed	link
testbed.case.overlay	dict[str, Any]	user		testbed	link
testbed.catalog	TestbedCatalogConfig | None	user		testbed	link
testbed.catalog.path	Path	user		testbed	link
testbed.catalog.format	str	user		testbed	link
testbed.catalog.id_field	str	user		testbed	link
testbed.catalog.label_field	str | None	user		testbed	link
testbed.catalog.axis_field	str | None	user		testbed	link
testbed.catalog.enabled_field	str | None	user		testbed	link
testbed.catalog.tags_field	str | None	user		testbed	link
testbed.catalog.required_fields	tuple[str, ...]	user		testbed	link
testbed.catalog.path_fields	tuple[str, ...]	user		testbed	link
testbed.catalog.tag_separator	str	user		testbed	link
testbed.catalog.field_equals	tuple[tuple[str, str], ...]	user		testbed	link
testbed.catalog.tags	tuple[str, ...]	user		testbed	link
testbed.catalog.exclude_tags	tuple[str, ...]	user		testbed	link
testbed.catalog.include_disabled	bool	user		testbed	link
testbed.catalog.limit	int | None	user		testbed	link
testbed.catalog.source_manifest_path	Path | None	user		testbed	link
testbed.catalog.source_manifest_output_key	str | None	user		testbed	link
testbed.case_from_catalog	tuple[TestbedCatalogCaseConfig, ...]	user		testbed	link
testbed.case_from_catalog.id_template	str | None	user		testbed	link
testbed.case_from_catalog.label_template	str | None	user		testbed	link
testbed.case_from_catalog.axis_template	str | None	user		testbed	link
testbed.case_from_catalog.enabled	bool	user		testbed	link
testbed.case_from_catalog.overlay	dict[str, Any]	user		testbed	link
testbed.case_from_catalog.required_fields	tuple[str, ...]	user		testbed	link
testbed.case_from_catalog.field_equals	tuple[tuple[str, str], ...]	user		testbed	link
testbed.case_from_catalog.tags	tuple[str, ...]	user		testbed	link
testbed.case_from_catalog.exclude_tags	tuple[str, ...]	user		testbed	link
testbed.case_from_catalog.limit	int | None	user		testbed	link
testbed.metrics	tuple[TestbedMetricConfig, ...]	user		testbed	link
testbed.metrics.name	str	user		testbed	link
testbed.metrics.source	str	user		testbed	link
testbed.metrics.required	bool	user		testbed	link
site_selection.selection_id	str	user		site_selection	link
site_selection.output_root	Path	user		site_selection	link
site_selection.random_seed	int | None	user		site_selection	link
site_selection.strategy	StrategyConfig	user		site_selection	link
site_selection.strategy.principle	Literal['observation_led', 'criteria_crossing']	user		site_selection	link
site_selection.strategy.profile	Optional[Literal['area_only', 'gauged_downstream_station']]	user		site_selection	link
site_selection.strategy.primary_axes	list[str]	user		site_selection	link
site_selection.strategy.observation_role	Literal['primary', 'bonus', 'score', 'stratify', 'report_only', 'ignore']	user		site_selection	link
site_selection.strategy.geology_role	Literal['primary', 'bonus', 'score', 'stratify', 'report_only', 'ignore']	user		site_selection	link
site_selection.strategy.primary_observation_type	str | None	user		site_selection	link
site_selection.strategy.observation_source	str | None	user		site_selection	link
site_selection.strategy.candidate_mode	Optional[Literal['network_sampling', 'station_outlets']]	user		site_selection	link
site_selection.territory	TerritoryConfig	user		site_selection	link
site_selection.territory.mode	Literal['admin_regions', 'admin_departments', 'polygon_file', 'bbox']	user		site_selection	link
site_selection.territory.country	str | None	user		site_selection	link
site_selection.territory.regions	list[str]	user		site_selection	link
site_selection.territory.departments	list[str]	user		site_selection	link
site_selection.territory.polygon_file	Path | None	user		site_selection	link
site_selection.territory.bbox	tuple[float, float, float, float] | None	user		site_selection	link
site_selection.territory.clip_to_territory	bool	user		site_selection	link
site_selection.dem	DemConfig	user		site_selection	link
site_selection.dem.source	Literal['custom', 'data', 'ign_geoplateforme_dem']	user		site_selection	link
site_selection.dem.path	Path | None	user		site_selection	link
site_selection.dem.resolution_m	float | None	user		site_selection	link
site_selection.dem.cache_policy	str	user		site_selection	link
site_selection.dem.margin_km	float	user		site_selection	link
site_selection.dem.request_extent	Literal['territory', 'outlets']	user		site_selection	link
site_selection.dem.map_background_extent	Literal['none', 'delineation', 'territory']	user		site_selection	link
site_selection.dem.force_refresh	bool	user		site_selection	link
site_selection.hydrology	HydrologyConfig	user		site_selection	link
site_selection.hydrology.method	Literal['dem_only']	user		site_selection	link
site_selection.hydrology.flow_algorithm	Literal['d8']	user		site_selection	link
site_selection.hydrology.hydrologic_conditioning	Literal['existing_default', 'fill', 'breach']	user		site_selection	link
site_selection.hydrology.network_threshold_area_km2	float	user		site_selection	link
site_selection.hydrology.compute_strahler	bool	user		site_selection	link
site_selection.dem_area_light	DemAreaLightConfig | None	user		site_selection	link
site_selection.dem_area_light.target_area_km2	float	user		site_selection	link
site_selection.dem_area_light.min_area_km2	float	user		site_selection	link
site_selection.dem_area_light.max_area_km2	float	user		site_selection	link
site_selection.dem_area_light.n_basins	int	user		site_selection	link
site_selection.dem_area_light.max_candidates_before_delineation	int | None	user		site_selection	link
site_selection.input	SiteSelectionInputConfig	user		site_selection	link
site_selection.input.mode	Literal['plan_only', 'hydrometry', 'delineated_catchments', 'generated_candidates', 'dem_area_light']	user		site_selection	link
site_selection.input.catchments_csv	Path | None	user		site_selection	link
site_selection.input.region_id	str	user		site_selection	link
site_selection.input.workspace_root	Path | None	user		site_selection	link
site_selection.input.data_root	Path | None	user		site_selection	link
site_selection.input.write_plan_manifest	bool	user		site_selection	link
site_selection.input.delineate_from_outlets	bool	user		site_selection	link
site_selection.outlets	OutletsConfig	user		site_selection	link
site_selection.outlets.candidate_mode	Literal['network_sampling', 'station_outlets']	user		site_selection	link
site_selection.outlets.min_distance_between_outlets_km	float | None	user		site_selection	link
site_selection.outlets.allow_nested_basins	bool	user		site_selection	link
site_selection.outlets.max_generated_candidates	int | None	user		site_selection	link
site_selection.outlets.max_rejected_candidate_audit_records	int | None	user		site_selection	link
site_selection.outlets.max_generated_network_cells	int | None	user		site_selection	link
site_selection.outlets.snap_to_generated_stream	bool	user		site_selection	link
site_selection.outlets.snap_strategy	Literal['dem_accumulation', 'bdtopage_then_dem']	user		site_selection	link
site_selection.outlets.snap_dist_m	int	user		site_selection	link
site_selection.outlets.reference_network_source	Literal['bdtopage', 'custom']	user		site_selection	link
site_selection.outlets.reference_network_path	Path | None	user		site_selection	link
site_selection.outlets.reference_network_max_distance_m	float	user		site_selection	link
site_selection.outlets.reference_network_fetch_margin_m	float	user		site_selection	link
site_selection.outlets.reference_network_page_size	int	dev		site_selection	link
site_selection.outlets.reference_network_force_refresh	bool	dev		site_selection	link
site_selection.spatial_selection	SpatialSelectionConfig	user		site_selection	link
site_selection.spatial_selection.max_selected_sites	int | None	user		site_selection	link
site_selection.spatial_selection.allow_nested_basins	bool	user		site_selection	link
site_selection.spatial_selection.min_outlet_distance_km	float | None	user		site_selection	link
site_selection.spatial_selection.max_pairwise_basin_overlap_fraction	float | None	user		site_selection	link
site_selection.spatial_selection.overlap_reference	Literal['smaller_basin', 'candidate', 'selected']	user		site_selection	link
site_selection.spatial_selection.overlap_mode	Literal['hard_reject', 'warning', 'score', 'report_only']	user		site_selection	link
site_selection.spatial_selection.spatial_quota_mode	Literal['none', 'grid']	user		site_selection	link
site_selection.spatial_selection.spatial_quota_cell_size_km	float | None	user		site_selection	link
site_selection.spatial_selection.spatial_quota_max_sites_per_cell	int	user		site_selection	link
site_selection.criteria	CriteriaConfig	user		site_selection	link
site_selection.criteria.ruleset	str	user		site_selection	link
site_selection.criteria.hard_reject	list[str]	user		site_selection	link
site_selection.criteria.warning	list[str]	user		site_selection	link
site_selection.criteria.soft_score	list[str]	user		site_selection	link
site_selection.criteria.report_only	list[str]	user		site_selection	link
site_selection.criteria.area	AreaCriteriaConfig	user		site_selection	link
site_selection.criteria.area.mode	Literal['hard_reject', 'warning', 'score', 'stratify', 'report_only']	user		site_selection	link
site_selection.criteria.area.target_area_km2	float | None	user		site_selection	link
site_selection.criteria.area.preferred_area_km2	float | None	user		site_selection	link
site_selection.criteria.area.score_half_width_fraction	float | None	user		site_selection	link
site_selection.criteria.area.hard_min_area_km2	float | None	user		site_selection	link
site_selection.criteria.area.hard_max_area_km2	float | None	user		site_selection	link
site_selection.criteria.area.ranges	list[AreaRangeConfig]	user		site_selection	link
site_selection.criteria.area.ranges.range_id	str	user		site_selection	link
site_selection.criteria.area.ranges.label	str	user		site_selection	link
site_selection.criteria.area.ranges.min_area_km2	float	user		site_selection	link
site_selection.criteria.area.ranges.max_area_km2	float	user		site_selection	link
site_selection.criteria.observations	ObservationsCriteriaConfig	user		site_selection	link
site_selection.criteria.observations.flow_station_mode	Literal['hard_reject', 'warning', 'score', 'stratify', 'report_only']	user		site_selection	link
site_selection.criteria.observations.flow_station_max_distance_km	float | None	user		site_selection	link
site_selection.criteria.observations.piezometer_mode	Literal['hard_reject', 'warning', 'score', 'stratify', 'report_only']	user		site_selection	link
site_selection.criteria.observations.piezometer_max_distance_km	float | None	user		site_selection	link
site_selection.criteria.observations.flow_station	FlowStationCriteriaConfig	user		site_selection	link
site_selection.criteria.observations.flow_station.mode	Literal['hard_reject', 'warning', 'score', 'stratify', 'report_only']	user		site_selection	link
site_selection.criteria.observations.flow_station.min_record_years	float | None	user		site_selection	link
site_selection.criteria.observations.flow_station.max_station_to_outlet_distance_km	float | None	user		site_selection	link
site_selection.criteria.observations.flow_station.require_station_inside_or_at_outlet	bool	user		site_selection	link
site_selection.criteria.observations.station_influence	StationInfluenceCriteriaConfig	user		site_selection	link
site_selection.criteria.observations.station_influence.mode	Literal['hard_reject', 'warning', 'score', 'stratify', 'report_only']	user		site_selection	link
site_selection.criteria.observations.station_influence.source	str	user		site_selection	link
site_selection.criteria.observations.station_influence.warn_if_general_influence	bool	user		site_selection	link
site_selection.criteria.observations.station_influence.warn_if_local_influence	bool	user		site_selection	link
site_selection.criteria.observations.station_influence.warn_if_comment_keyword	bool	user		site_selection	link
site_selection.criteria.observations.station_influence.unknown_policy	Literal['neutral', 'warning']	user		site_selection	link
site_selection.criteria.observations.station_influence.comment_keywords	list[str]	user		site_selection	link
site_selection.criteria.observations.piezometer_layers	list[PiezometerLayerConfig]	user		site_selection	link
site_selection.criteria.observations.piezometer_layers.name	str	user		site_selection	link
site_selection.criteria.observations.piezometer_layers.path	Path	user		site_selection	link
site_selection.criteria.observations.piezometer_layers.id_field	str | None	user		site_selection	link
site_selection.criteria.observations.piezometer_layers.label_field	str | None	user		site_selection	link
site_selection.criteria.observations.piezometer_layers.record_years_field	str | None	user		site_selection	link
site_selection.criteria.observations.piezometer_layers.quality_field	str | None	user		site_selection	link
site_selection.criteria.influence	InfluenceCriteriaConfig	user		site_selection	link
site_selection.criteria.influence.mode	Literal['hard_reject', 'warning', 'score', 'stratify', 'report_only']	user		site_selection	link
site_selection.criteria.influence.reject_major_dam_upstream	bool	user		site_selection	link
site_selection.criteria.influence.reject_major_withdrawal_upstream	bool	user		site_selection	link
site_selection.criteria.influence.reject_major_regulated_reach	bool	user		site_selection	link
site_selection.criteria.influence.influence_search_radius_km	float | None	user		site_selection	link
site_selection.criteria.influence.layers	list[InfluenceLayerConfig]	user		site_selection	link
site_selection.criteria.influence.layers.name	str	user		site_selection	link
site_selection.criteria.influence.layers.path	Path	user		site_selection	link
site_selection.criteria.influence.layers.influence_type	Literal['major_dam_upstream', 'major_withdrawal_upstream', 'major_regulated_reach']	user		site_selection	link
site_selection.criteria.influence.layers.id_field	str | None	user		site_selection	link
site_selection.criteria.influence.layers.label_field	str | None	user		site_selection	link
site_selection.criteria.influence.layers.severity_field	str | None	user		site_selection	link
site_selection.criteria.influence.layers.major_values	list[str]	user		site_selection	link
site_selection.criteria.geology	GeologyCriteriaConfig	user		site_selection	link
site_selection.criteria.geology.mode	Literal['hard_reject', 'warning', 'score', 'stratify', 'report_only']	user		site_selection	link
site_selection.criteria.geology.prefer_diversity	bool	user		site_selection	link
site_selection.criteria.geology.layers	list[GeologyLayerConfig]	user		site_selection	link
site_selection.criteria.geology.layers.name	str	user		site_selection	link
site_selection.criteria.geology.layers.path	Path	user		site_selection	link
site_selection.criteria.geology.layers.class_field	str	user		site_selection	link
site_selection.criteria.geology.layers.id_field	str | None	user		site_selection	link
site_selection.criteria.geology.layers.label_field	str | None	user		site_selection	link
site_selection.output	OutputConfig	user		site_selection	link
site_selection.output.write_rejected	bool	user		site_selection	link
site_selection.output.write_selected	bool	user		site_selection	link
site_selection.output.write_geojson	bool	user		site_selection	link
site_selection.output.write_geoparquet	bool	user		site_selection	link
site_selection.output.write_geopackage	bool	user		site_selection	link
site_selection.output.write_csv	bool	user		site_selection	link
site_selection.output.write_regional_lab_csv	bool	user		site_selection	link
site_selection.output.write_report_html	bool	user		site_selection	link
site_selection.output.keep_intermediate_rasters	bool	user		site_selection	link
site_selection.map_context	MapContextConfig	user		site_selection	link
site_selection.map_context.layers	list[MapContextLayerConfig]	user		site_selection	link
site_selection.map_context.layers.name	str	user		site_selection	link
site_selection.map_context.layers.path	Path	user		site_selection	link
site_selection.map_context.layers.role	Literal['territory', 'hydrography', 'geology', 'other']	user		site_selection	link
site_selection.map_context.layers.label_field	str | None	user		site_selection	link
hydrometry.date_start	str | None	user		hydrometry	link
hydrometry.date_end	str | None	user		hydrometry	link
hydrometry.sources	list[HydrometrySourceConfig]	user		hydrometry	link
hydrometry.sources.fallback_search_radius_km	float | None	dev		hydrometry	link
hydrometry.sources.station_ids	list[str] | None	user		hydrometry	link
hydrometry.sources.extent	Optional[Literal['watershed', 'study_area']]	user		hydrometry	link
hydrometry.sources.force_refresh	bool	dev		hydrometry	link
hydrometry.sources.mask_path	Path | None	user		hydrometry	link
hydrometry.sources.source_unit	str | None	user		hydrometry	link
hydrometry.sources.col_id	str	dev		hydrometry	link
hydrometry.sources.col_x	str	dev		hydrometry	link
hydrometry.sources.col_y	str	dev		hydrometry	link
hydrometry.sources.col_crs	str	dev		hydrometry	link
hydrometry.sources.col_datetime	str	dev		hydrometry	link
hydrometry.sources.col_value	str	dev		hydrometry	link
hydrometry.sources.default_crs	str	dev		hydrometry	link
hydrometry.sources.source	Literal['custom', 'hubeau']	user		hydrometry	link
hydrometry.sources.path	Path | None	user		hydrometry	link
hydrometry.sources.product	str | None	user		hydrometry	link
hydrometry.sources.require_observations	bool	dev		hydrometry	link
hydrometry.sources.max_stations	int | None	user		hydrometry	link