add_flow_vectors        Add wind / flow vector arrows to a foam map
                        plot
aggregate_block         aggregate_block
generate_block          generate_block
get_3d_world            get_3d_world
get_era5_met            Fetch ERA5 conditions for OpenFOAM boundary
                        conditions
get_fused_dsm           get_fused_dsm
get_metadata            get_metadata
get_metrics             get_metrics
get_noise_map           Create a screening-level urban road-noise
                        workflow object
get_shadows             Building shadow and radiation calculations
globfp_example          Test 3D-GloBFP dataset
globfp_example_canopy_height
                        Example canopy height raster for the 3D-GloBFP
                        sample
globfp_example_dem      Example DEM for the 3D-GloBFP sample
infer_osm_traffic       Infer screening-level road traffic inputs from
                        OSM road attributes
install_noisemodelling
                        Install the headless NoiseModelling runner
osm_noise_traffic_defaults
                        Default OSM traffic assumptions for
                        screening-level road noise
plot_bgvi_viewshed      Visualize an Individual Building BGVI Viewshed
plot_foam_map           Plot an OpenFOAM pedestrian-level map
plot_noise_map          Plot a NoiseModelling-style road-noise map
prepare_foam_case       Prepare a transient OpenFOAM case for urban
                        wind
prepare_foam_geometry   Build terrain, canopy and terrain-based
                        building geometry for a case
prepare_noisemodelling_inputs
                        Prepare NoiseModelling-style input layers
prepare_openfoam_inputs
                        Prepare gloBFPr spatial outputs for an OpenFOAM
                        Docker workflow
read_foam_pedestrian_slice
                        Read the pedestrian-level slice and compute
                        wind maps
run_openfoam_docker     Run an OpenFOAM case via Docker
sample_foam_slice       Sample OpenFOAM results at pedestrian level and
                        return a raster
search_3dglobdf         search_3dglobdf
