Workflows

config

workflows.config.base_config(nrofseg[, ...])	Prepare base config dictionary.
workflows.config.time_config(starttime, ...)	Prepare time config dictionary.

emissions

workflows.emissions.emission_raster(da, ds_like)	Return emission map.
workflows.emissions.emission_vector(gdf, ds_like)	Return gridded emission data from vector.
workflows.emissions.admin(da, ds_like, ...)	Return administrative boundaries map and related parameter maps.

forcing

workflows.forcing.hydrology_forcing(ds, ...)	Calculate hydrology forcing data.
workflows.forcing.hydrology_forcing_em(ds, ...)	Calculate hydrology forcing data for emission model.
workflows.forcing.sediment_forcing(ds, ...)	Calculate sediment forcing data.
workflows.forcing.climate_forcing(ds, ...[, ...])	Prepare Delwaq climate fluxes.

geometry

workflows.geometry.compute_geometry(ds, mask)

Compute geometry data for demission.

monitoring

workflows.monitoring.monitoring_points_from_dataarray(...)	Prepare Delwaq monitoring points.
workflows.monitoring.monitoring_points_from_geodataframe(...)	Prepare Delwaq monitoring points from a GeoDataFrame.
workflows.monitoring.monitoring_areas(...)	Prepare Delwaq monitoring areas.

roads

workflows.roads.roads_emissions_country(...)	Compute roads statistics per country of interest.
workflows.roads.roads_emissions_segments(...)	Compute roads statistics per segment/grid cell.

segments

workflows.segments.hydromaps(hydromodel[, mask])	Return base information maps from hydromodel.
workflows.segments.maps_from_hydromodel(...)	Return maps from hydromodel.
workflows.segments.geometrymaps(hydromodel)	Return geometry information maps from hydromodel.
workflows.segments.pointer(ds_hydro[, ...])	Return map with Delwaq segment ID and pointer.