Tool Call Paths (R)

This chapter maps each tool identifier to concrete R call surfaces and summarizes outputs.

Call pattern:

Generated wrapper: s$tool_id(...)
Generic execution: wbw_run_tool("tool_id", args = list(...), session = s)

Total tools: 747

Tool ID	Category	Subcategory	Wrapper Call	Generic Call	Return Type	Output Summary
`abs`	`raster`	`general`	`s$abs(...)`	`wbw_run_tool("abs", args = list(...), session = s)`	`Raster`	Raster output
`accumulation_curvature`	`terrain`	`derivatives`	`s$accumulation_curvature(...)`	`wbw_run_tool("accumulation_curvature", args = list(...), session = s)`	`Raster`	Raster output
`adaptive_filter`	`remote_sensing`	`filters`	`s$adaptive_filter(...)`	`wbw_run_tool("adaptive_filter", args = list(...), session = s)`	`Raster`	Raster output
`add`	`raster`	`overlay_math`	`s$add(...)`	`wbw_run_tool("add", args = list(...), session = s)`	`Raster`	Raster output
`add_field`	`vector`	`attribute_analysis`	`s$add_field(...)`	`wbw_run_tool("add_field", args = list(...), session = s)`	`Vector`	Vector output
`add_geometry_attributes`	`vector`	`attribute_analysis`	`s$add_geometry_attributes(...)`	`wbw_run_tool("add_geometry_attributes", args = list(...), session = s)`	`Vector`	Vector output
`add_point_coordinates_to_table`	`conversion`	`vector_table_io`	`s$add_point_coordinates_to_table(...)`	`wbw_run_tool("add_point_coordinates_to_table", args = list(...), session = s)`	`Vector`	Vector output
`aggregate_raster`	`raster`	`general`	`s$aggregate_raster(...)`	`wbw_run_tool("aggregate_raster", args = list(...), session = s)`	`Raster`	Raster output
`anisotropic_diffusion_filter`	`remote_sensing`	`filters`	`s$anisotropic_diffusion_filter(...)`	`wbw_run_tool("anisotropic_diffusion_filter", args = list(...), session = s)`	`Raster`	Raster output
`anova`	`raster`	`general`	`s$anova(...)`	`wbw_run_tool("anova", args = list(...), session = s)`	`str`	Report/path string output
`arccos`	`raster`	`general`	`s$arccos(...)`	`wbw_run_tool("arccos", args = list(...), session = s)`	`Raster`	Raster output
`arcosh`	`raster`	`general`	`s$arcosh(...)`	`wbw_run_tool("arcosh", args = list(...), session = s)`	`Raster`	Raster output
`arcsin`	`raster`	`general`	`s$arcsin(...)`	`wbw_run_tool("arcsin", args = list(...), session = s)`	`Raster`	Raster output
`arctan`	`raster`	`general`	`s$arctan(...)`	`wbw_run_tool("arctan", args = list(...), session = s)`	`Raster`	Raster output
`arsinh`	`raster`	`general`	`s$arsinh(...)`	`wbw_run_tool("arsinh", args = list(...), session = s)`	`Raster`	Raster output
`artanh`	`raster`	`general`	`s$artanh(...)`	`wbw_run_tool("artanh", args = list(...), session = s)`	`Raster`	Raster output
`ascii_to_las`	`lidar`	`io_management`	`s$ascii_to_las(...)`	`wbw_run_tool("ascii_to_las", args = list(...), session = s)`	`Lidar`	LiDAR output
`aspect`	`terrain`	`derivatives`	`s$aspect(...)`	`wbw_run_tool("aspect", args = list(...), session = s)`	`Raster`	Raster output
`assess_route`	`terrain`	`general`	`s$assess_route(...)`	`wbw_run_tool("assess_route", args = list(...), session = s)`	`Vector`	Vector output
`assign_projection_lidar`	`projection_georeferencing`	`general`	`s$assign_projection_lidar(...)`	`wbw_run_tool("assign_projection_lidar", args = list(...), session = s)`	`Any`	See tool docs
`assign_projection_raster`	`projection_georeferencing`	`general`	`s$assign_projection_raster(...)`	`wbw_run_tool("assign_projection_raster", args = list(...), session = s)`	`Any`	See tool docs
`assign_projection_vector`	`projection_georeferencing`	`general`	`s$assign_projection_vector(...)`	`wbw_run_tool("assign_projection_vector", args = list(...), session = s)`	`Any`	See tool docs
`atan2`	`raster`	`general`	`s$atan2(...)`	`wbw_run_tool("atan2", args = list(...), session = s)`	`Raster`	Raster output
`attribute_correlation`	`vector`	`attribute_analysis`	`s$attribute_correlation(...)`	`wbw_run_tool("attribute_correlation", args = list(...), session = s)`	`str`	Report/path string output
`attribute_histogram`	`vector`	`attribute_analysis`	`s$attribute_histogram(...)`	`wbw_run_tool("attribute_histogram", args = list(...), session = s)`	`str`	Report/path string output
`attribute_scattergram`	`vector`	`attribute_analysis`	`s$attribute_scattergram(...)`	`wbw_run_tool("attribute_scattergram", args = list(...), session = s)`	`str`	Report/path string output
`average_flowpath_slope`	`hydrology`	`flow_routing`	`s$average_flowpath_slope(...)`	`wbw_run_tool("average_flowpath_slope", args = list(...), session = s)`	`Raster`	Raster output
`average_horizon_distance`	`terrain`	`visibility`	`s$average_horizon_distance(...)`	`wbw_run_tool("average_horizon_distance", args = list(...), session = s)`	`Raster`	Raster output
`average_normal_vector_angular_deviation`	`terrain`	`roughness_texture`	`s$average_normal_vector_angular_deviation(...)`	`wbw_run_tool("average_normal_vector_angular_deviation", args = list(...), session = s)`	`Raster`	Raster output
`average_overlay`	`raster`	`overlay_math`	`s$average_overlay(...)`	`wbw_run_tool("average_overlay", args = list(...), session = s)`	`Raster`	Raster output
`average_upslope_flowpath_length`	`hydrology`	`flow_routing`	`s$average_upslope_flowpath_length(...)`	`wbw_run_tool("average_upslope_flowpath_length", args = list(...), session = s)`	`Raster`	Raster output
`balance_contrast_enhancement`	`remote_sensing`	`enhancement_contrast`	`s$balance_contrast_enhancement(...)`	`wbw_run_tool("balance_contrast_enhancement", args = list(...), session = s)`	`Raster`	Raster output
`basins`	`hydrology`	`watersheds_basins`	`s$basins(...)`	`wbw_run_tool("basins", args = list(...), session = s)`	`Raster`	Raster output
`bilateral_filter`	`remote_sensing`	`filters`	`s$bilateral_filter(...)`	`wbw_run_tool("bilateral_filter", args = list(...), session = s)`	`Raster`	Raster output
`block_maximum`	`raster`	`general`	`s$block_maximum(...)`	`wbw_run_tool("block_maximum", args = list(...), session = s)`	`Raster`	Raster output
`block_minimum`	`raster`	`general`	`s$block_minimum(...)`	`wbw_run_tool("block_minimum", args = list(...), session = s)`	`Raster`	Raster output
`bool_and`	`raster`	`overlay_math`	`s$bool_and(...)`	`wbw_run_tool("bool_and", args = list(...), session = s)`	`Raster`	Raster output
`bool_not`	`raster`	`overlay_math`	`s$bool_not(...)`	`wbw_run_tool("bool_not", args = list(...), session = s)`	`Raster`	Raster output
`bool_or`	`raster`	`overlay_math`	`s$bool_or(...)`	`wbw_run_tool("bool_or", args = list(...), session = s)`	`Raster`	Raster output
`bool_xor`	`raster`	`overlay_math`	`s$bool_xor(...)`	`wbw_run_tool("bool_xor", args = list(...), session = s)`	`Raster`	Raster output
`boundary_shape_complexity`	`raster`	`general`	`s$boundary_shape_complexity(...)`	`wbw_run_tool("boundary_shape_complexity", args = list(...), session = s)`	`Raster`	Raster output
`brdf_normalization`	`remote_sensing`	`radiometric_correction`	`s$brdf_normalization(...)`	`wbw_run_tool("brdf_normalization", args = list(...), session = s)`	`Any`	See tool docs
`brdf_surface_reflectance_consistency`	`remote_sensing`	`radiometric_correction`	`s$brdf_surface_reflectance_consistency(...)`	`wbw_run_tool("brdf_surface_reflectance_consistency", args = list(...), session = s)`	`tuple[Raster, Raster, Raster, str]`	Multiple outputs (tuple)
`breach_depressions_least_cost`	`hydrology`	`depressions_storage`	`s$breach_depressions_least_cost(...)`	`wbw_run_tool("breach_depressions_least_cost", args = list(...), session = s)`	`Raster`	Raster output
`breach_single_cell_pits`	`hydrology`	`depressions_storage`	`s$breach_single_cell_pits(...)`	`wbw_run_tool("breach_single_cell_pits", args = list(...), session = s)`	`Raster`	Raster output
`breakline_mapping`	`terrain`	`general`	`s$breakline_mapping(...)`	`wbw_run_tool("breakline_mapping", args = list(...), session = s)`	`Vector`	Vector output
`buffer_raster`	`raster`	`distance_cost`	`s$buffer_raster(...)`	`wbw_run_tool("buffer_raster", args = list(...), session = s)`	`Raster`	Raster output
`build_network_topology`	`vector`	`network_analysis`	`s$build_network_topology(...)`	`wbw_run_tool("build_network_topology", args = list(...), session = s)`	`Any`	See tool docs
`build_object_hierarchy_multiscale`	`remote_sensing`	`obia`	`s$build_object_hierarchy_multiscale(...)`	`wbw_run_tool("build_object_hierarchy_multiscale", args = list(...), session = s)`	`str`	Report/path string output
`burn_streams`	`hydrology`	`depressions_storage`	`s$burn_streams(...)`	`wbw_run_tool("burn_streams", args = list(...), session = s)`	`Raster`	Raster output
`burn_streams_at_roads`	`hydrology`	`depressions_storage`	`s$burn_streams_at_roads(...)`	`wbw_run_tool("burn_streams_at_roads", args = list(...), session = s)`	`Raster`	Raster output
`canny_edge_detection`	`remote_sensing`	`edge_feature_detection`	`s$canny_edge_detection(...)`	`wbw_run_tool("canny_edge_detection", args = list(...), session = s)`	`Raster`	Raster output
`carbon_sequestration_verification_audit`	`terrain`	`workflow_products`	`s$carbon_sequestration_verification_audit(...)`	`wbw_run_tool("carbon_sequestration_verification_audit", args = list(...), session = s)`	`Any`	See tool docs
`casorati_curvature`	`terrain`	`derivatives`	`s$casorati_curvature(...)`	`wbw_run_tool("casorati_curvature", args = list(...), session = s)`	`Raster`	Raster output
`ceil`	`raster`	`general`	`s$ceil(...)`	`wbw_run_tool("ceil", args = list(...), session = s)`	`Raster`	Raster output
`centroid_raster`	`raster`	`general`	`s$centroid_raster(...)`	`wbw_run_tool("centroid_raster", args = list(...), session = s)`	`tuple[Raster, str]`	Multiple outputs (tuple)
`centroid_vector`	`vector`	`geometry_processing`	`s$centroid_vector(...)`	`wbw_run_tool("centroid_vector", args = list(...), session = s)`	`Vector`	Vector output
`change_vector_analysis`	`remote_sensing`	`change_detection`	`s$change_vector_analysis(...)`	`wbw_run_tool("change_vector_analysis", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`circular_variance_of_aspect`	`terrain`	`roughness_texture`	`s$circular_variance_of_aspect(...)`	`wbw_run_tool("circular_variance_of_aspect", args = list(...), session = s)`	`Raster`	Raster output
`classify_buildings_in_lidar`	`lidar`	`filtering_classification`	`s$classify_buildings_in_lidar(...)`	`wbw_run_tool("classify_buildings_in_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`classify_lidar`	`lidar`	`filtering_classification`	`s$classify_lidar(...)`	`wbw_run_tool("classify_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`classify_objects_ensemble_pro`	`remote_sensing`	`obia`	`s$classify_objects_ensemble_pro(...)`	`wbw_run_tool("classify_objects_ensemble_pro", args = list(...), session = s)`	`str`	Report/path string output
`classify_objects_random_forest`	`remote_sensing`	`obia`	`s$classify_objects_random_forest(...)`	`wbw_run_tool("classify_objects_random_forest", args = list(...), session = s)`	`str`	Report/path string output
`classify_objects_rules_basic`	`remote_sensing`	`obia`	`s$classify_objects_rules_basic(...)`	`wbw_run_tool("classify_objects_rules_basic", args = list(...), session = s)`	`str`	Report/path string output
`classify_objects_rules_hierarchical`	`remote_sensing`	`obia`	`s$classify_objects_rules_hierarchical(...)`	`wbw_run_tool("classify_objects_rules_hierarchical", args = list(...), session = s)`	`str`	Report/path string output
`classify_objects_svm`	`remote_sensing`	`obia`	`s$classify_objects_svm(...)`	`wbw_run_tool("classify_objects_svm", args = list(...), session = s)`	`str`	Report/path string output
`classify_overlap_points`	`lidar`	`filtering_classification`	`s$classify_overlap_points(...)`	`wbw_run_tool("classify_overlap_points", args = list(...), session = s)`	`Lidar`	LiDAR output
`clean_vector`	`conversion`	`vector_table_io`	`s$clean_vector(...)`	`wbw_run_tool("clean_vector", args = list(...), session = s)`	`Vector`	Vector output
`clip`	`vector`	`overlay_analysis`	`s$clip(...)`	`wbw_run_tool("clip", args = list(...), session = s)`	`Vector`	Vector output
`clip_lidar_to_polygon`	`lidar`	`filtering_classification`	`s$clip_lidar_to_polygon(...)`	`wbw_run_tool("clip_lidar_to_polygon", args = list(...), session = s)`	`Lidar`	LiDAR output
`clip_raster_to_polygon`	`raster`	`general`	`s$clip_raster_to_polygon(...)`	`wbw_run_tool("clip_raster_to_polygon", args = list(...), session = s)`	`Raster`	Raster output
`closest_facility_network`	`vector`	`network_analysis`	`s$closest_facility_network(...)`	`wbw_run_tool("closest_facility_network", args = list(...), session = s)`	`Vector`	Vector output
`closing`	`remote_sensing`	`filters`	`s$closing(...)`	`wbw_run_tool("closing", args = list(...), session = s)`	`Raster`	Raster output
`cloude_pottier_decomposition`	`remote_sensing`	`sar`	`s$cloude_pottier_decomposition(...)`	`wbw_run_tool("cloude_pottier_decomposition", args = list(...), session = s)`	`Any`	See tool docs
`clump`	`raster`	`general`	`s$clump(...)`	`wbw_run_tool("clump", args = list(...), session = s)`	`Raster`	Raster output
`colourize_based_on_class`	`lidar`	`analysis_metrics`	`s$colourize_based_on_class(...)`	`wbw_run_tool("colourize_based_on_class", args = list(...), session = s)`	`Lidar`	LiDAR output
`colourize_based_on_point_returns`	`lidar`	`analysis_metrics`	`s$colourize_based_on_point_returns(...)`	`wbw_run_tool("colourize_based_on_point_returns", args = list(...), session = s)`	`Lidar`	LiDAR output
`compactness_ratio`	`vector`	`shape_metrics`	`s$compactness_ratio(...)`	`wbw_run_tool("compactness_ratio", args = list(...), session = s)`	`Vector`	Vector output
`concave_hull`	`vector`	`geometry_processing`	`s$concave_hull(...)`	`wbw_run_tool("concave_hull", args = list(...), session = s)`	`Vector`	Vector output
`conditional_evaluation`	`raster`	`reclass_mask`	`s$conditional_evaluation(...)`	`wbw_run_tool("conditional_evaluation", args = list(...), session = s)`	`Raster`	Raster output
`conservative_smoothing_filter`	`remote_sensing`	`filters`	`s$conservative_smoothing_filter(...)`	`wbw_run_tool("conservative_smoothing_filter", args = list(...), session = s)`	`Raster`	Raster output
`construct_vector_tin`	`vector`	`sampling_gridding`	`s$construct_vector_tin(...)`	`wbw_run_tool("construct_vector_tin", args = list(...), session = s)`	`Vector`	Vector output
`continuum_removal`	`remote_sensing`	`spectral_analytics`	`s$continuum_removal(...)`	`wbw_run_tool("continuum_removal", args = list(...), session = s)`	`Any`	See tool docs
`contours_from_points`	`vector`	`sampling_gridding`	`s$contours_from_points(...)`	`wbw_run_tool("contours_from_points", args = list(...), session = s)`	`Vector`	Vector output
`contours_from_raster`	`vector`	`sampling_gridding`	`s$contours_from_raster(...)`	`wbw_run_tool("contours_from_raster", args = list(...), session = s)`	`Vector`	Vector output
`convergence_index`	`terrain`	`general`	`s$convergence_index(...)`	`wbw_run_tool("convergence_index", args = list(...), session = s)`	`Raster`	Raster output
`convert_nodata_to_zero`	`conversion`	`raster_vector_conversion`	`s$convert_nodata_to_zero(...)`	`wbw_run_tool("convert_nodata_to_zero", args = list(...), session = s)`	`Raster`	Raster output
`corner_detection`	`remote_sensing`	`edge_feature_detection`	`s$corner_detection(...)`	`wbw_run_tool("corner_detection", args = list(...), session = s)`	`Raster`	Raster output
`correct_vignetting`	`remote_sensing`	`radiometric_correction`	`s$correct_vignetting(...)`	`wbw_run_tool("correct_vignetting", args = list(...), session = s)`	`Raster`	Raster output
`corridor_mapping_intelligence`	`terrain`	`workflow_products`	`s$corridor_mapping_intelligence(...)`	`wbw_run_tool("corridor_mapping_intelligence", args = list(...), session = s)`	`Any`	See tool docs
`cos`	`raster`	`general`	`s$cos(...)`	`wbw_run_tool("cos", args = list(...), session = s)`	`Raster`	Raster output
`cosh`	`raster`	`general`	`s$cosh(...)`	`wbw_run_tool("cosh", args = list(...), session = s)`	`Raster`	Raster output
`cost_allocation`	`raster`	`distance_cost`	`s$cost_allocation(...)`	`wbw_run_tool("cost_allocation", args = list(...), session = s)`	`Raster`	Raster output
`cost_distance`	`raster`	`distance_cost`	`s$cost_distance(...)`	`wbw_run_tool("cost_distance", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`cost_pathway`	`raster`	`distance_cost`	`s$cost_pathway(...)`	`wbw_run_tool("cost_pathway", args = list(...), session = s)`	`Raster`	Raster output
`count_if`	`raster`	`overlay_math`	`s$count_if(...)`	`wbw_run_tool("count_if", args = list(...), session = s)`	`Raster`	Raster output
`create_colour_composite`	`remote_sensing`	`enhancement_contrast`	`s$create_colour_composite(...)`	`wbw_run_tool("create_colour_composite", args = list(...), session = s)`	`Raster`	Raster output
`create_plane`	`raster`	`general`	`s$create_plane(...)`	`wbw_run_tool("create_plane", args = list(...), session = s)`	`Raster`	Raster output
`crispness_index`	`raster`	`general`	`s$crispness_index(...)`	`wbw_run_tool("crispness_index", args = list(...), session = s)`	`str`	Report/path string output
`cross_tabulation`	`raster`	`general`	`s$cross_tabulation(...)`	`wbw_run_tool("cross_tabulation", args = list(...), session = s)`	`str`	Report/path string output
`csv_points_to_vector`	`conversion`	`vector_table_io`	`s$csv_points_to_vector(...)`	`wbw_run_tool("csv_points_to_vector", args = list(...), session = s)`	`Vector`	Vector output
`cumulative_distribution`	`raster`	`general`	`s$cumulative_distribution(...)`	`wbw_run_tool("cumulative_distribution", args = list(...), session = s)`	`Raster`	Raster output
`curvedness`	`terrain`	`derivatives`	`s$curvedness(...)`	`wbw_run_tool("curvedness", args = list(...), session = s)`	`Raster`	Raster output
`d8_flow_accum`	`hydrology`	`flow_routing`	`s$d8_flow_accum(...)`	`wbw_run_tool("d8_flow_accum", args = list(...), session = s)`	`Raster`	Raster output
`d8_mass_flux`	`hydrology`	`flow_routing`	`s$d8_mass_flux(...)`	`wbw_run_tool("d8_mass_flux", args = list(...), session = s)`	`Raster`	Raster output
`d8_pointer`	`hydrology`	`flow_routing`	`s$d8_pointer(...)`	`wbw_run_tool("d8_pointer", args = list(...), session = s)`	`Raster`	Raster output
`dark_object_subtraction`	`remote_sensing`	`radiometric_correction`	`s$dark_object_subtraction(...)`	`wbw_run_tool("dark_object_subtraction", args = list(...), session = s)`	`Any`	See tool docs
`dbscan`	`raster`	`general`	`s$dbscan(...)`	`wbw_run_tool("dbscan", args = list(...), session = s)`	`tuple[Raster, str]`	Multiple outputs (tuple)
`decrement`	`raster`	`general`	`s$decrement(...)`	`wbw_run_tool("decrement", args = list(...), session = s)`	`Raster`	Raster output
`delete_field`	`vector`	`attribute_analysis`	`s$delete_field(...)`	`wbw_run_tool("delete_field", args = list(...), session = s)`	`Vector`	Vector output
`dem_void_filling`	`terrain`	`general`	`s$dem_void_filling(...)`	`wbw_run_tool("dem_void_filling", args = list(...), session = s)`	`Raster`	Raster output
`densify_features`	`vector`	`geometry_processing`	`s$densify_features(...)`	`wbw_run_tool("densify_features", args = list(...), session = s)`	`Vector`	Vector output
`depth_in_sink`	`hydrology`	`depressions_storage`	`s$depth_in_sink(...)`	`wbw_run_tool("depth_in_sink", args = list(...), session = s)`	`Raster`	Raster output
`depth_to_water`	`hydrology`	`hydrologic_indices`	`s$depth_to_water(...)`	`wbw_run_tool("depth_to_water", args = list(...), session = s)`	`Raster`	Raster output
`deviation_from_mean_elevation`	`terrain`	`general`	`s$deviation_from_mean_elevation(...)`	`wbw_run_tool("deviation_from_mean_elevation", args = list(...), session = s)`	`Raster`	Raster output
`deviation_from_regional_direction`	`vector`	`shape_metrics`	`s$deviation_from_regional_direction(...)`	`wbw_run_tool("deviation_from_regional_direction", args = list(...), session = s)`	`Vector`	Vector output
`diff_of_gaussians_filter`	`remote_sensing`	`filters`	`s$diff_of_gaussians_filter(...)`	`wbw_run_tool("diff_of_gaussians_filter", args = list(...), session = s)`	`Raster`	Raster output
`difference`	`vector`	`overlay_analysis`	`s$difference(...)`	`wbw_run_tool("difference", args = list(...), session = s)`	`Vector`	Vector output
`difference_curvature`	`terrain`	`derivatives`	`s$difference_curvature(...)`	`wbw_run_tool("difference_curvature", args = list(...), session = s)`	`Raster`	Raster output
`difference_from_mean_elevation`	`terrain`	`general`	`s$difference_from_mean_elevation(...)`	`wbw_run_tool("difference_from_mean_elevation", args = list(...), session = s)`	`Raster`	Raster output
`dinf_flow_accum`	`hydrology`	`flow_routing`	`s$dinf_flow_accum(...)`	`wbw_run_tool("dinf_flow_accum", args = list(...), session = s)`	`Raster`	Raster output
`dinf_mass_flux`	`hydrology`	`flow_routing`	`s$dinf_mass_flux(...)`	`wbw_run_tool("dinf_mass_flux", args = list(...), session = s)`	`Raster`	Raster output
`dinf_pointer`	`hydrology`	`flow_routing`	`s$dinf_pointer(...)`	`wbw_run_tool("dinf_pointer", args = list(...), session = s)`	`Raster`	Raster output
`direct_decorrelation_stretch`	`remote_sensing`	`enhancement_contrast`	`s$direct_decorrelation_stretch(...)`	`wbw_run_tool("direct_decorrelation_stretch", args = list(...), session = s)`	`Raster`	Raster output
`directional_relief`	`terrain`	`general`	`s$directional_relief(...)`	`wbw_run_tool("directional_relief", args = list(...), session = s)`	`Raster`	Raster output
`dissolve`	`vector`	`overlay_analysis`	`s$dissolve(...)`	`wbw_run_tool("dissolve", args = list(...), session = s)`	`Vector`	Vector output
`distance_to_outlet`	`hydrology`	`hydrologic_indices`	`s$distance_to_outlet(...)`	`wbw_run_tool("distance_to_outlet", args = list(...), session = s)`	`Raster`	Raster output
`diversity_filter`	`remote_sensing`	`filters`	`s$diversity_filter(...)`	`wbw_run_tool("diversity_filter", args = list(...), session = s)`	`Raster`	Raster output
`divide`	`raster`	`overlay_math`	`s$divide(...)`	`wbw_run_tool("divide", args = list(...), session = s)`	`Raster`	Raster output
`dn_to_toa_reflectance`	`remote_sensing`	`radiometric_correction`	`s$dn_to_toa_reflectance(...)`	`wbw_run_tool("dn_to_toa_reflectance", args = list(...), session = s)`	`Any`	See tool docs
`download_osm_vector`	`vector`	`online_data`	`s$download_osm_vector(...)`	`wbw_run_tool("download_osm_vector", args = list(...), session = s)`	`Any`	See tool docs
`downslope_distance_to_stream`	`hydrology`	`hydrologic_indices`	`s$downslope_distance_to_stream(...)`	`wbw_run_tool("downslope_distance_to_stream", args = list(...), session = s)`	`Raster`	Raster output
`downslope_flowpath_length`	`hydrology`	`flow_routing`	`s$downslope_flowpath_length(...)`	`wbw_run_tool("downslope_flowpath_length", args = list(...), session = s)`	`Raster`	Raster output
`downslope_index`	`hydrology`	`hydrologic_indices`	`s$downslope_index(...)`	`wbw_run_tool("downslope_index", args = list(...), session = s)`	`Raster`	Raster output
`edge_contamination`	`hydrology`	`hydrologic_indices`	`s$edge_contamination(...)`	`wbw_run_tool("edge_contamination", args = list(...), session = s)`	`Raster`	Raster output
`edge_density`	`terrain`	`roughness_texture`	`s$edge_density(...)`	`wbw_run_tool("edge_density", args = list(...), session = s)`	`Raster`	Raster output
`edge_preserving_mean_filter`	`remote_sensing`	`filters`	`s$edge_preserving_mean_filter(...)`	`wbw_run_tool("edge_preserving_mean_filter", args = list(...), session = s)`	`Raster`	Raster output
`edge_proportion`	`raster`	`general`	`s$edge_proportion(...)`	`wbw_run_tool("edge_proportion", args = list(...), session = s)`	`Raster`	Raster output
`elev_above_pit`	`terrain`	`general`	`s$elev_above_pit(...)`	`wbw_run_tool("elev_above_pit", args = list(...), session = s)`	`Raster`	Raster output
`elev_above_pit_dist`	`terrain`	`general`	`s$elev_above_pit_dist(...)`	`wbw_run_tool("elev_above_pit_dist", args = list(...), session = s)`	`Raster`	Raster output
`elev_relative_to_min_max`	`terrain`	`landform_indices`	`s$elev_relative_to_min_max(...)`	`wbw_run_tool("elev_relative_to_min_max", args = list(...), session = s)`	`Raster`	Raster output
`elev_relative_to_watershed_min_max`	`hydrology`	`hydrologic_indices`	`s$elev_relative_to_watershed_min_max(...)`	`wbw_run_tool("elev_relative_to_watershed_min_max", args = list(...), session = s)`	`Raster`	Raster output
`elevation_above_stream`	`hydrology`	`hydrologic_indices`	`s$elevation_above_stream(...)`	`wbw_run_tool("elevation_above_stream", args = list(...), session = s)`	`Raster`	Raster output
`elevation_above_stream_euclidean`	`hydrology`	`hydrologic_indices`	`s$elevation_above_stream_euclidean(...)`	`wbw_run_tool("elevation_above_stream_euclidean", args = list(...), session = s)`	`Raster`	Raster output
`elevation_percentile`	`terrain`	`general`	`s$elevation_percentile(...)`	`wbw_run_tool("elevation_percentile", args = list(...), session = s)`	`Raster`	Raster output
`eliminate_coincident_points`	`vector`	`geometry_processing`	`s$eliminate_coincident_points(...)`	`wbw_run_tool("eliminate_coincident_points", args = list(...), session = s)`	`Vector`	Vector output
`elongation_ratio`	`vector`	`shape_metrics`	`s$elongation_ratio(...)`	`wbw_run_tool("elongation_ratio", args = list(...), session = s)`	`Vector`	Vector output
`embankment_mapping`	`terrain`	`general`	`s$embankment_mapping(...)`	`wbw_run_tool("embankment_mapping", args = list(...), session = s)`	`tuple[Raster, Raster	None]`
`emboss_filter`	`remote_sensing`	`filters`	`s$emboss_filter(...)`	`wbw_run_tool("emboss_filter", args = list(...), session = s)`	`Raster`	Raster output
`emergency_scenario_routing_and_accessibility_simulator`	`vector`	`network_analysis`	`s$emergency_scenario_routing_and_accessibility_simulator(...)`	`wbw_run_tool("emergency_scenario_routing_and_accessibility_simulator", args = list(...), session = s)`	`Any`	See tool docs
`enhanced_lee_filter`	`remote_sensing`	`sar`	`s$enhanced_lee_filter(...)`	`wbw_run_tool("enhanced_lee_filter", args = list(...), session = s)`	`Raster`	Raster output
`equal_to`	`raster`	`general`	`s$equal_to(...)`	`wbw_run_tool("equal_to", args = list(...), session = s)`	`Raster`	Raster output
`erase`	`vector`	`overlay_analysis`	`s$erase(...)`	`wbw_run_tool("erase", args = list(...), session = s)`	`Vector`	Vector output
`erase_polygon_from_lidar`	`lidar`	`filtering_classification`	`s$erase_polygon_from_lidar(...)`	`wbw_run_tool("erase_polygon_from_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`erase_polygon_from_raster`	`raster`	`general`	`s$erase_polygon_from_raster(...)`	`wbw_run_tool("erase_polygon_from_raster", args = list(...), session = s)`	`Raster`	Raster output
`euclidean_allocation`	`raster`	`distance_cost`	`s$euclidean_allocation(...)`	`wbw_run_tool("euclidean_allocation", args = list(...), session = s)`	`Raster`	Raster output
`euclidean_distance`	`raster`	`distance_cost`	`s$euclidean_distance(...)`	`wbw_run_tool("euclidean_distance", args = list(...), session = s)`	`Raster`	Raster output
`evaluate_object_classification_accuracy`	`remote_sensing`	`obia`	`s$evaluate_object_classification_accuracy(...)`	`wbw_run_tool("evaluate_object_classification_accuracy", args = list(...), session = s)`	`str`	Report/path string output
`evaluate_segmentation_quality_pro`	`remote_sensing`	`obia`	`s$evaluate_segmentation_quality_pro(...)`	`wbw_run_tool("evaluate_segmentation_quality_pro", args = list(...), session = s)`	`str`	Report/path string output
`evaluate_training_sites`	`remote_sensing`	`classification`	`s$evaluate_training_sites(...)`	`wbw_run_tool("evaluate_training_sites", args = list(...), session = s)`	`str`	Report/path string output
`exp`	`raster`	`general`	`s$exp(...)`	`wbw_run_tool("exp", args = list(...), session = s)`	`Raster`	Raster output
`exp2`	`raster`	`general`	`s$exp2(...)`	`wbw_run_tool("exp2", args = list(...), session = s)`	`Raster`	Raster output
`export_table_to_csv`	`conversion`	`vector_table_io`	`s$export_table_to_csv(...)`	`wbw_run_tool("export_table_to_csv", args = list(...), session = s)`	`str`	Report/path string output
`exposure_towards_wind_flux`	`terrain`	`general`	`s$exposure_towards_wind_flux(...)`	`wbw_run_tool("exposure_towards_wind_flux", args = list(...), session = s)`	`Raster`	Raster output
`extend_vector_lines`	`vector`	`geometry_processing`	`s$extend_vector_lines(...)`	`wbw_run_tool("extend_vector_lines", args = list(...), session = s)`	`Vector`	Vector output
`extract_by_attribute`	`vector`	`attribute_analysis`	`s$extract_by_attribute(...)`	`wbw_run_tool("extract_by_attribute", args = list(...), session = s)`	`Vector`	Vector output
`extract_nodes`	`vector`	`sampling_gridding`	`s$extract_nodes(...)`	`wbw_run_tool("extract_nodes", args = list(...), session = s)`	`Vector`	Vector output
`extract_raster_values_at_points`	`vector`	`sampling_gridding`	`s$extract_raster_values_at_points(...)`	`wbw_run_tool("extract_raster_values_at_points", args = list(...), session = s)`	`tuple[Vector, str]`	Multiple outputs (tuple)
`extract_streams`	`streams`	`network_extraction`	`s$extract_streams(...)`	`wbw_run_tool("extract_streams", args = list(...), session = s)`	`Raster`	Raster output
`extract_valleys`	`streams`	`network_extraction`	`s$extract_valleys(...)`	`wbw_run_tool("extract_valleys", args = list(...), session = s)`	`Raster`	Raster output
`false_colour_composite`	`remote_sensing`	`enhancement_contrast`	`s$false_colour_composite(...)`	`wbw_run_tool("false_colour_composite", args = list(...), session = s)`	`Any`	See tool docs
`farthest_channel_head`	`streams`	`longitudinal_analysis`	`s$farthest_channel_head(...)`	`wbw_run_tool("farthest_channel_head", args = list(...), session = s)`	`Raster`	Raster output
`fast_almost_gaussian_filter`	`remote_sensing`	`filters`	`s$fast_almost_gaussian_filter(...)`	`wbw_run_tool("fast_almost_gaussian_filter", args = list(...), session = s)`	`Raster`	Raster output
`fd8_flow_accum`	`hydrology`	`flow_routing`	`s$fd8_flow_accum(...)`	`wbw_run_tool("fd8_flow_accum", args = list(...), session = s)`	`Raster`	Raster output
`fd8_pointer`	`hydrology`	`flow_routing`	`s$fd8_pointer(...)`	`wbw_run_tool("fd8_pointer", args = list(...), session = s)`	`Raster`	Raster output
`feature_preserving_smoothing`	`terrain`	`general`	`s$feature_preserving_smoothing(...)`	`wbw_run_tool("feature_preserving_smoothing", args = list(...), session = s)`	`Raster`	Raster output
`feature_preserving_smoothing_multiscale`	`terrain`	`general`	`s$feature_preserving_smoothing_multiscale(...)`	`wbw_run_tool("feature_preserving_smoothing_multiscale", args = list(...), session = s)`	`Any`	See tool docs
`fetch_analysis`	`terrain`	`general`	`s$fetch_analysis(...)`	`wbw_run_tool("fetch_analysis", args = list(...), session = s)`	`Raster`	Raster output
`fft_random_field`	`raster`	`general`	`s$fft_random_field(...)`	`wbw_run_tool("fft_random_field", args = list(...), session = s)`	`Raster`	Raster output
`field_calculator`	`vector`	`attribute_analysis`	`s$field_calculator(...)`	`wbw_run_tool("field_calculator", args = list(...), session = s)`	`Vector`	Vector output
`field_trafficability_and_operation_planning`	`precision_agriculture`	`general`	`s$field_trafficability_and_operation_planning(...)`	`wbw_run_tool("field_trafficability_and_operation_planning", args = list(...), session = s)`	`Any`	See tool docs
`fill_burn`	`hydrology`	`depressions_storage`	`s$fill_burn(...)`	`wbw_run_tool("fill_burn", args = list(...), session = s)`	`Raster`	Raster output
`fill_depressions`	`hydrology`	`depressions_storage`	`s$fill_depressions(...)`	`wbw_run_tool("fill_depressions", args = list(...), session = s)`	`Raster`	Raster output
`fill_depressions_planchon_and_darboux`	`hydrology`	`depressions_storage`	`s$fill_depressions_planchon_and_darboux(...)`	`wbw_run_tool("fill_depressions_planchon_and_darboux", args = list(...), session = s)`	`Raster`	Raster output
`fill_depressions_wang_and_liu`	`hydrology`	`depressions_storage`	`s$fill_depressions_wang_and_liu(...)`	`wbw_run_tool("fill_depressions_wang_and_liu", args = list(...), session = s)`	`Raster`	Raster output
`fill_missing_data`	`terrain`	`general`	`s$fill_missing_data(...)`	`wbw_run_tool("fill_missing_data", args = list(...), session = s)`	`Raster`	Raster output
`fill_pits`	`hydrology`	`depressions_storage`	`s$fill_pits(...)`	`wbw_run_tool("fill_pits", args = list(...), session = s)`	`Raster`	Raster output
`filter_lidar`	`lidar`	`filtering_classification`	`s$filter_lidar(...)`	`wbw_run_tool("filter_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`filter_lidar_by_percentile`	`lidar`	`filtering_classification`	`s$filter_lidar_by_percentile(...)`	`wbw_run_tool("filter_lidar_by_percentile", args = list(...), session = s)`	`Lidar`	LiDAR output
`filter_lidar_by_reference_surface`	`lidar`	`filtering_classification`	`s$filter_lidar_by_reference_surface(...)`	`wbw_run_tool("filter_lidar_by_reference_surface", args = list(...), session = s)`	`Lidar`	LiDAR output
`filter_lidar_classes`	`lidar`	`filtering_classification`	`s$filter_lidar_classes(...)`	`wbw_run_tool("filter_lidar_classes", args = list(...), session = s)`	`Lidar`	LiDAR output
`filter_lidar_noise`	`lidar`	`filtering_classification`	`s$filter_lidar_noise(...)`	`wbw_run_tool("filter_lidar_noise", args = list(...), session = s)`	`Lidar`	LiDAR output
`filter_lidar_scan_angles`	`lidar`	`filtering_classification`	`s$filter_lidar_scan_angles(...)`	`wbw_run_tool("filter_lidar_scan_angles", args = list(...), session = s)`	`Lidar`	LiDAR output
`filter_raster_features_by_area`	`raster`	`general`	`s$filter_raster_features_by_area(...)`	`wbw_run_tool("filter_raster_features_by_area", args = list(...), session = s)`	`Raster`	Raster output
`filter_vector_features_by_area`	`vector`	`attribute_analysis`	`s$filter_vector_features_by_area(...)`	`wbw_run_tool("filter_vector_features_by_area", args = list(...), session = s)`	`Vector`	Vector output
`find_flightline_edge_points`	`lidar`	`analysis_metrics`	`s$find_flightline_edge_points(...)`	`wbw_run_tool("find_flightline_edge_points", args = list(...), session = s)`	`Lidar`	LiDAR output
`find_lowest_or_highest_points`	`vector`	`sampling_gridding`	`s$find_lowest_or_highest_points(...)`	`wbw_run_tool("find_lowest_or_highest_points", args = list(...), session = s)`	`Vector`	Vector output
`find_main_stem`	`streams`	`longitudinal_analysis`	`s$find_main_stem(...)`	`wbw_run_tool("find_main_stem", args = list(...), session = s)`	`Raster`	Raster output
`find_noflow_cells`	`hydrology`	`hydrologic_indices`	`s$find_noflow_cells(...)`	`wbw_run_tool("find_noflow_cells", args = list(...), session = s)`	`Raster`	Raster output
`find_parallel_flow`	`hydrology`	`hydrologic_indices`	`s$find_parallel_flow(...)`	`wbw_run_tool("find_parallel_flow", args = list(...), session = s)`	`Raster`	Raster output
`find_patch_edge_cells`	`raster`	`general`	`s$find_patch_edge_cells(...)`	`wbw_run_tool("find_patch_edge_cells", args = list(...), session = s)`	`Raster`	Raster output
`find_ridges`	`terrain`	`general`	`s$find_ridges(...)`	`wbw_run_tool("find_ridges", args = list(...), session = s)`	`Raster`	Raster output
`fix_dangling_arcs`	`conversion`	`geometry_topology`	`s$fix_dangling_arcs(...)`	`wbw_run_tool("fix_dangling_arcs", args = list(...), session = s)`	`Vector`	Vector output
`flatten_lakes`	`hydrology`	`depressions_storage`	`s$flatten_lakes(...)`	`wbw_run_tool("flatten_lakes", args = list(...), session = s)`	`Raster`	Raster output
`fleet_routing_and_dispatch_optimizer`	`vector`	`network_analysis`	`s$fleet_routing_and_dispatch_optimizer(...)`	`wbw_run_tool("fleet_routing_and_dispatch_optimizer", args = list(...), session = s)`	`Any`	See tool docs
`flightline_overlap`	`lidar`	`interpolation_gridding`	`s$flightline_overlap(...)`	`wbw_run_tool("flightline_overlap", args = list(...), session = s)`	`Raster`	Raster output
`flip_image`	`remote_sensing`	`filters`	`s$flip_image(...)`	`wbw_run_tool("flip_image", args = list(...), session = s)`	`Raster`	Raster output
`flood_order`	`hydrology`	`watersheds_basins`	`s$flood_order(...)`	`wbw_run_tool("flood_order", args = list(...), session = s)`	`Raster`	Raster output
`floor`	`raster`	`general`	`s$floor(...)`	`wbw_run_tool("floor", args = list(...), session = s)`	`Raster`	Raster output
`flow_accum_full_workflow`	`hydrology`	`flow_routing`	`s$flow_accum_full_workflow(...)`	`wbw_run_tool("flow_accum_full_workflow", args = list(...), session = s)`	`tuple[Raster, Raster, Raster]`	Multiple outputs (tuple)
`flow_length_diff`	`hydrology`	`flow_routing`	`s$flow_length_diff(...)`	`wbw_run_tool("flow_length_diff", args = list(...), session = s)`	`Raster`	Raster output
`forestry_structure_and_biomass_intelligence`	`terrain`	`workflow_products`	`s$forestry_structure_and_biomass_intelligence(...)`	`wbw_run_tool("forestry_structure_and_biomass_intelligence", args = list(...), session = s)`	`Any`	See tool docs
`frangi_filter`	`remote_sensing`	`filters`	`s$frangi_filter(...)`	`wbw_run_tool("frangi_filter", args = list(...), session = s)`	`Raster`	Raster output
`freeman_durden_decomposition`	`remote_sensing`	`sar`	`s$freeman_durden_decomposition(...)`	`wbw_run_tool("freeman_durden_decomposition", args = list(...), session = s)`	`Any`	See tool docs
`frost_filter`	`remote_sensing`	`sar`	`s$frost_filter(...)`	`wbw_run_tool("frost_filter", args = list(...), session = s)`	`Raster`	Raster output
`fuzzy_knn_classification`	`remote_sensing`	`classification`	`s$fuzzy_knn_classification(...)`	`wbw_run_tool("fuzzy_knn_classification", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`gabor_filter_bank`	`remote_sensing`	`filters`	`s$gabor_filter_bank(...)`	`wbw_run_tool("gabor_filter_bank", args = list(...), session = s)`	`Raster`	Raster output
`gamma_correction`	`remote_sensing`	`enhancement_contrast`	`s$gamma_correction(...)`	`wbw_run_tool("gamma_correction", args = list(...), session = s)`	`Raster`	Raster output
`gamma_map_filter`	`remote_sensing`	`sar`	`s$gamma_map_filter(...)`	`wbw_run_tool("gamma_map_filter", args = list(...), session = s)`	`Raster`	Raster output
`gaussian_contrast_stretch`	`remote_sensing`	`enhancement_contrast`	`s$gaussian_contrast_stretch(...)`	`wbw_run_tool("gaussian_contrast_stretch", args = list(...), session = s)`	`Raster`	Raster output
`gaussian_curvature`	`terrain`	`derivatives`	`s$gaussian_curvature(...)`	`wbw_run_tool("gaussian_curvature", args = list(...), session = s)`	`Raster`	Raster output
`gaussian_filter`	`remote_sensing`	`filters`	`s$gaussian_filter(...)`	`wbw_run_tool("gaussian_filter", args = list(...), session = s)`	`Raster`	Raster output
`generalize_classified_raster`	`remote_sensing`	`classification`	`s$generalize_classified_raster(...)`	`wbw_run_tool("generalize_classified_raster", args = list(...), session = s)`	`Raster`	Raster output
`generalize_with_similarity`	`remote_sensing`	`classification`	`s$generalize_with_similarity(...)`	`wbw_run_tool("generalize_with_similarity", args = list(...), session = s)`	`Raster`	Raster output
`generate_network_nodes`	`vector`	`network_analysis`	`s$generate_network_nodes(...)`	`wbw_run_tool("generate_network_nodes", args = list(...), session = s)`	`Any`	See tool docs
`generating_function`	`terrain`	`derivatives`	`s$generating_function(...)`	`wbw_run_tool("generating_function", args = list(...), session = s)`	`Raster`	Raster output
`geomorphons`	`terrain`	`landform_indices`	`s$geomorphons(...)`	`wbw_run_tool("geomorphons", args = list(...), session = s)`	`Raster`	Raster output
`georeference_raster_from_control_points`	`projection_georeferencing`	`general`	`s$georeference_raster_from_control_points(...)`	`wbw_run_tool("georeference_raster_from_control_points", args = list(...), session = s)`	`Any`	See tool docs
`glcm_texture`	`remote_sensing`	`filters`	`s$glcm_texture(...)`	`wbw_run_tool("glcm_texture", args = list(...), session = s)`	`Raster`	Raster output
`greater_than`	`raster`	`general`	`s$greater_than(...)`	`wbw_run_tool("greater_than", args = list(...), session = s)`	`Raster`	Raster output
`guided_filter`	`remote_sensing`	`filters`	`s$guided_filter(...)`	`wbw_run_tool("guided_filter", args = list(...), session = s)`	`Raster`	Raster output
`guided_uav_image_intake_workflow`	`remote_sensing`	`workflow_products`	`s$guided_uav_image_intake_workflow(...)`	`wbw_run_tool("guided_uav_image_intake_workflow", args = list(...), session = s)`	`Any`	See tool docs
`h_alpha_wisart_classification`	`remote_sensing`	`sar`	`s$h_alpha_wisart_classification(...)`	`wbw_run_tool("h_alpha_wisart_classification", args = list(...), session = s)`	`Raster`	Raster output
`hack_stream_order`	`streams`	`ordering_metrics`	`s$hack_stream_order(...)`	`wbw_run_tool("hack_stream_order", args = list(...), session = s)`	`Raster`	Raster output
`heat_map`	`raster`	`general`	`s$heat_map(...)`	`wbw_run_tool("heat_map", args = list(...), session = s)`	`Raster`	Raster output
`height_above_ground`	`lidar`	`filtering_classification`	`s$height_above_ground(...)`	`wbw_run_tool("height_above_ground", args = list(...), session = s)`	`Lidar`	LiDAR output
`hexagonal_grid_from_raster_base`	`vector`	`sampling_gridding`	`s$hexagonal_grid_from_raster_base(...)`	`wbw_run_tool("hexagonal_grid_from_raster_base", args = list(...), session = s)`	`Vector`	Vector output
`hexagonal_grid_from_vector_base`	`vector`	`sampling_gridding`	`s$hexagonal_grid_from_vector_base(...)`	`wbw_run_tool("hexagonal_grid_from_vector_base", args = list(...), session = s)`	`Vector`	Vector output
`high_pass_bilateral_filter`	`remote_sensing`	`filters`	`s$high_pass_bilateral_filter(...)`	`wbw_run_tool("high_pass_bilateral_filter", args = list(...), session = s)`	`Raster`	Raster output
`high_pass_filter`	`remote_sensing`	`filters`	`s$high_pass_filter(...)`	`wbw_run_tool("high_pass_filter", args = list(...), session = s)`	`Raster`	Raster output
`high_pass_median_filter`	`remote_sensing`	`filters`	`s$high_pass_median_filter(...)`	`wbw_run_tool("high_pass_median_filter", args = list(...), session = s)`	`Raster`	Raster output
`highest_position`	`raster`	`overlay_math`	`s$highest_position(...)`	`wbw_run_tool("highest_position", args = list(...), session = s)`	`Raster`	Raster output
`hillshade`	`terrain`	`general`	`s$hillshade(...)`	`wbw_run_tool("hillshade", args = list(...), session = s)`	`Raster`	Raster output
`hillslopes`	`hydrology`	`watersheds_basins`	`s$hillslopes(...)`	`wbw_run_tool("hillslopes", args = list(...), session = s)`	`Raster`	Raster output
`histogram_equalization`	`remote_sensing`	`enhancement_contrast`	`s$histogram_equalization(...)`	`wbw_run_tool("histogram_equalization", args = list(...), session = s)`	`Raster`	Raster output
`histogram_matching`	`remote_sensing`	`enhancement_contrast`	`s$histogram_matching(...)`	`wbw_run_tool("histogram_matching", args = list(...), session = s)`	`Raster`	Raster output
`histogram_matching_two_images`	`remote_sensing`	`enhancement_contrast`	`s$histogram_matching_two_images(...)`	`wbw_run_tool("histogram_matching_two_images", args = list(...), session = s)`	`Raster`	Raster output
`hole_proportion`	`vector`	`shape_metrics`	`s$hole_proportion(...)`	`wbw_run_tool("hole_proportion", args = list(...), session = s)`	`Vector`	Vector output
`horizon_angle`	`terrain`	`visibility`	`s$horizon_angle(...)`	`wbw_run_tool("horizon_angle", args = list(...), session = s)`	`Raster`	Raster output
`horizon_area`	`terrain`	`visibility`	`s$horizon_area(...)`	`wbw_run_tool("horizon_area", args = list(...), session = s)`	`Raster`	Raster output
`horizontal_excess_curvature`	`terrain`	`derivatives`	`s$horizontal_excess_curvature(...)`	`wbw_run_tool("horizontal_excess_curvature", args = list(...), session = s)`	`Raster`	Raster output
`horton_ratios`	`streams`	`ordering_metrics`	`s$horton_ratios(...)`	`wbw_run_tool("horton_ratios", args = list(...), session = s)`	`tuple[float, float, float, float, str	None]`
`horton_stream_order`	`streams`	`ordering_metrics`	`s$horton_stream_order(...)`	`wbw_run_tool("horton_stream_order", args = list(...), session = s)`	`Raster`	Raster output
`hydrologic_connectivity`	`hydrology`	`hydrologic_indices`	`s$hydrologic_connectivity(...)`	`wbw_run_tool("hydrologic_connectivity", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`hypsometric_analysis`	`terrain`	`landform_indices`	`s$hypsometric_analysis(...)`	`wbw_run_tool("hypsometric_analysis", args = list(...), session = s)`	`str`	Report/path string output
`hypsometrically_tinted_hillshade`	`terrain`	`general`	`s$hypsometrically_tinted_hillshade(...)`	`wbw_run_tool("hypsometrically_tinted_hillshade", args = list(...), session = s)`	`Raster`	Raster output
`identity`	`vector`	`overlay_analysis`	`s$identity(...)`	`wbw_run_tool("identity", args = list(...), session = s)`	`Vector`	Vector output
`idw_interpolation`	`raster`	`general`	`s$idw_interpolation(...)`	`wbw_run_tool("idw_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`ihs_to_rgb`	`remote_sensing`	`enhancement_contrast`	`s$ihs_to_rgb(...)`	`wbw_run_tool("ihs_to_rgb", args = list(...), session = s)`	`tuple[Raster, Raster, Raster]`	Multiple outputs (tuple)
`image_autocorrelation`	`raster`	`general`	`s$image_autocorrelation(...)`	`wbw_run_tool("image_autocorrelation", args = list(...), session = s)`	`str`	Report/path string output
`image_correlation`	`raster`	`general`	`s$image_correlation(...)`	`wbw_run_tool("image_correlation", args = list(...), session = s)`	`str`	Report/path string output
`image_correlation_neighbourhood_analysis`	`raster`	`local_neighborhood`	`s$image_correlation_neighbourhood_analysis(...)`	`wbw_run_tool("image_correlation_neighbourhood_analysis", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`image_difference_change_detection`	`remote_sensing`	`change_detection`	`s$image_difference_change_detection(...)`	`wbw_run_tool("image_difference_change_detection", args = list(...), session = s)`	`Any`	See tool docs
`image_regression`	`raster`	`general`	`s$image_regression(...)`	`wbw_run_tool("image_regression", args = list(...), session = s)`	`tuple[Raster, str]`	Multiple outputs (tuple)
`image_segmentation`	`remote_sensing`	`obia`	`s$image_segmentation(...)`	`wbw_run_tool("image_segmentation", args = list(...), session = s)`	`Raster`	Raster output
`image_slider`	`remote_sensing`	`obia`	`s$image_slider(...)`	`wbw_run_tool("image_slider", args = list(...), session = s)`	`str`	Report/path string output
`image_stack_profile`	`remote_sensing`	`obia`	`s$image_stack_profile(...)`	`wbw_run_tool("image_stack_profile", args = list(...), session = s)`	`Any`	See tool docs
`impoundment_size_index`	`hydrology`	`depressions_storage`	`s$impoundment_size_index(...)`	`wbw_run_tool("impoundment_size_index", args = list(...), session = s)`	`tuple[Raster	None, Raster
`improved_ground_point_filter`	`lidar`	`filtering_classification`	`s$improved_ground_point_filter(...)`	`wbw_run_tool("improved_ground_point_filter", args = list(...), session = s)`	`Lidar`	LiDAR output
`in_season_crop_stress_intervention_planning`	`precision_agriculture`	`general`	`s$in_season_crop_stress_intervention_planning(...)`	`wbw_run_tool("in_season_crop_stress_intervention_planning", args = list(...), session = s)`	`Any`	See tool docs
`increment`	`raster`	`general`	`s$increment(...)`	`wbw_run_tool("increment", args = list(...), session = s)`	`Raster`	Raster output
`individual_tree_detection`	`lidar`	`analysis_metrics`	`s$individual_tree_detection(...)`	`wbw_run_tool("individual_tree_detection", args = list(...), session = s)`	`Vector`	Vector output
`individual_tree_segmentation`	`lidar`	`filtering_classification`	`s$individual_tree_segmentation(...)`	`wbw_run_tool("individual_tree_segmentation", args = list(...), session = s)`	`Lidar`	LiDAR output
`inplace_add`	`raster`	`general`	`s$inplace_add(...)`	`wbw_run_tool("inplace_add", args = list(...), session = s)`	`Raster`	Raster output
`inplace_divide`	`raster`	`general`	`s$inplace_divide(...)`	`wbw_run_tool("inplace_divide", args = list(...), session = s)`	`Raster`	Raster output
`inplace_multiply`	`raster`	`general`	`s$inplace_multiply(...)`	`wbw_run_tool("inplace_multiply", args = list(...), session = s)`	`Raster`	Raster output
`inplace_subtract`	`raster`	`general`	`s$inplace_subtract(...)`	`wbw_run_tool("inplace_subtract", args = list(...), session = s)`	`Raster`	Raster output
`insert_dams`	`hydrology`	`depressions_storage`	`s$insert_dams(...)`	`wbw_run_tool("insert_dams", args = list(...), session = s)`	`Raster`	Raster output
`integer_division`	`raster`	`general`	`s$integer_division(...)`	`wbw_run_tool("integer_division", args = list(...), session = s)`	`Raster`	Raster output
`integral_image_transform`	`remote_sensing`	`filters`	`s$integral_image_transform(...)`	`wbw_run_tool("integral_image_transform", args = list(...), session = s)`	`Raster`	Raster output
`intersect`	`vector`	`overlay_analysis`	`s$intersect(...)`	`wbw_run_tool("intersect", args = list(...), session = s)`	`Vector`	Vector output
`inverse_pca`	`raster`	`general`	`s$inverse_pca(...)`	`wbw_run_tool("inverse_pca", args = list(...), session = s)`	`list[Raster]`	Raster output
`is_nodata`	`raster`	`general`	`s$is_nodata(...)`	`wbw_run_tool("is_nodata", args = list(...), session = s)`	`Raster`	Raster output
`isobasins`	`hydrology`	`watersheds_basins`	`s$isobasins(...)`	`wbw_run_tool("isobasins", args = list(...), session = s)`	`Raster`	Raster output
`jenson_snap_pour_points`	`hydrology`	`watersheds_basins`	`s$jenson_snap_pour_points(...)`	`wbw_run_tool("jenson_snap_pour_points", args = list(...), session = s)`	`Vector`	Vector output
`join_tables`	`conversion`	`vector_table_io`	`s$join_tables(...)`	`wbw_run_tool("join_tables", args = list(...), session = s)`	`Vector`	Vector output
`k_means_clustering`	`remote_sensing`	`classification`	`s$k_means_clustering(...)`	`wbw_run_tool("k_means_clustering", args = list(...), session = s)`	`tuple[Raster, int, str	None]`
`k_nearest_mean_filter`	`remote_sensing`	`filters`	`s$k_nearest_mean_filter(...)`	`wbw_run_tool("k_nearest_mean_filter", args = list(...), session = s)`	`Raster`	Raster output
`k_shortest_paths_network`	`vector`	`network_analysis`	`s$k_shortest_paths_network(...)`	`wbw_run_tool("k_shortest_paths_network", args = list(...), session = s)`	`Vector`	Vector output
`kappa_index`	`raster`	`general`	`s$kappa_index(...)`	`wbw_run_tool("kappa_index", args = list(...), session = s)`	`str`	Report/path string output
`knn_classification`	`remote_sensing`	`classification`	`s$knn_classification(...)`	`wbw_run_tool("knn_classification", args = list(...), session = s)`	`Raster`	Raster output
`knn_regression`	`remote_sensing`	`classification`	`s$knn_regression(...)`	`wbw_run_tool("knn_regression", args = list(...), session = s)`	`Raster`	Raster output
`ks_normality_test`	`raster`	`general`	`s$ks_normality_test(...)`	`wbw_run_tool("ks_normality_test", args = list(...), session = s)`	`str`	Report/path string output
`kuan_filter`	`remote_sensing`	`sar`	`s$kuan_filter(...)`	`wbw_run_tool("kuan_filter", args = list(...), session = s)`	`Raster`	Raster output
`kuwahara_filter`	`remote_sensing`	`filters`	`s$kuwahara_filter(...)`	`wbw_run_tool("kuwahara_filter", args = list(...), session = s)`	`Raster`	Raster output
`land_surface_temperature_single_channel`	`remote_sensing`	`thermal_emissivity`	`s$land_surface_temperature_single_channel(...)`	`wbw_run_tool("land_surface_temperature_single_channel", args = list(...), session = s)`	`Any`	See tool docs
`land_surface_temperature_split_window`	`remote_sensing`	`thermal_emissivity`	`s$land_surface_temperature_split_window(...)`	`wbw_run_tool("land_surface_temperature_split_window", args = list(...), session = s)`	`Any`	See tool docs
`landslide_susceptibility_assessment`	`terrain`	`workflow_products`	`s$landslide_susceptibility_assessment(...)`	`wbw_run_tool("landslide_susceptibility_assessment", args = list(...), session = s)`	`Any`	See tool docs
`laplacian_filter`	`remote_sensing`	`edge_feature_detection`	`s$laplacian_filter(...)`	`wbw_run_tool("laplacian_filter", args = list(...), session = s)`	`Raster`	Raster output
`laplacian_of_gaussians_filter`	`remote_sensing`	`edge_feature_detection`	`s$laplacian_of_gaussians_filter(...)`	`wbw_run_tool("laplacian_of_gaussians_filter", args = list(...), session = s)`	`Raster`	Raster output
`las_to_ascii`	`lidar`	`io_management`	`s$las_to_ascii(...)`	`wbw_run_tool("las_to_ascii", args = list(...), session = s)`	`str`	Report/path string output
`las_to_shapefile`	`lidar`	`io_management`	`s$las_to_shapefile(...)`	`wbw_run_tool("las_to_shapefile", args = list(...), session = s)`	`Vector`	Vector output
`layer_footprint_raster`	`vector`	`sampling_gridding`	`s$layer_footprint_raster(...)`	`wbw_run_tool("layer_footprint_raster", args = list(...), session = s)`	`Vector`	Vector output
`layer_footprint_vector`	`vector`	`sampling_gridding`	`s$layer_footprint_vector(...)`	`wbw_run_tool("layer_footprint_vector", args = list(...), session = s)`	`Vector`	Vector output
`lee_filter`	`remote_sensing`	`filters`	`s$lee_filter(...)`	`wbw_run_tool("lee_filter", args = list(...), session = s)`	`Raster`	Raster output
`length_of_upstream_channels`	`streams`	`longitudinal_analysis`	`s$length_of_upstream_channels(...)`	`wbw_run_tool("length_of_upstream_channels", args = list(...), session = s)`	`Raster`	Raster output
`less_than`	`raster`	`general`	`s$less_than(...)`	`wbw_run_tool("less_than", args = list(...), session = s)`	`Raster`	Raster output
`lidar_block_maximum`	`lidar`	`interpolation_gridding`	`s$lidar_block_maximum(...)`	`wbw_run_tool("lidar_block_maximum", args = list(...), session = s)`	`Raster`	Raster output
`lidar_block_minimum`	`lidar`	`interpolation_gridding`	`s$lidar_block_minimum(...)`	`wbw_run_tool("lidar_block_minimum", args = list(...), session = s)`	`Raster`	Raster output
`lidar_change_and_disturbance_analysis`	`lidar`	`workflow_products`	`s$lidar_change_and_disturbance_analysis(...)`	`wbw_run_tool("lidar_change_and_disturbance_analysis", args = list(...), session = s)`	`Any`	See tool docs
`lidar_classify_subset`	`lidar`	`filtering_classification`	`s$lidar_classify_subset(...)`	`wbw_run_tool("lidar_classify_subset", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_colourize`	`lidar`	`io_management`	`s$lidar_colourize(...)`	`wbw_run_tool("lidar_colourize", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_construct_vector_tin`	`lidar`	`interpolation_gridding`	`s$lidar_construct_vector_tin(...)`	`wbw_run_tool("lidar_construct_vector_tin", args = list(...), session = s)`	`Vector`	Vector output
`lidar_contour`	`lidar`	`interpolation_gridding`	`s$lidar_contour(...)`	`wbw_run_tool("lidar_contour", args = list(...), session = s)`	`Vector`	Vector output
`lidar_digital_surface_model`	`lidar`	`interpolation_gridding`	`s$lidar_digital_surface_model(...)`	`wbw_run_tool("lidar_digital_surface_model", args = list(...), session = s)`	`Raster`	Raster output
`lidar_eigenvalue_features`	`lidar`	`analysis_metrics`	`s$lidar_eigenvalue_features(...)`	`wbw_run_tool("lidar_eigenvalue_features", args = list(...), session = s)`	`str`	Report/path string output
`lidar_elevation_slice`	`lidar`	`filtering_classification`	`s$lidar_elevation_slice(...)`	`wbw_run_tool("lidar_elevation_slice", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_ground_point_filter`	`remote_sensing`	`filters`	`s$lidar_ground_point_filter(...)`	`wbw_run_tool("lidar_ground_point_filter", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_hex_bin`	`lidar`	`interpolation_gridding`	`s$lidar_hex_bin(...)`	`wbw_run_tool("lidar_hex_bin", args = list(...), session = s)`	`Vector`	Vector output
`lidar_hillshade`	`lidar`	`interpolation_gridding`	`s$lidar_hillshade(...)`	`wbw_run_tool("lidar_hillshade", args = list(...), session = s)`	`Raster`	Raster output
`lidar_histogram`	`lidar`	`analysis_metrics`	`s$lidar_histogram(...)`	`wbw_run_tool("lidar_histogram", args = list(...), session = s)`	`str`	Report/path string output
`lidar_idw_interpolation`	`lidar`	`interpolation_gridding`	`s$lidar_idw_interpolation(...)`	`wbw_run_tool("lidar_idw_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`lidar_info`	`lidar`	`analysis_metrics`	`s$lidar_info(...)`	`wbw_run_tool("lidar_info", args = list(...), session = s)`	`str`	Report/path string output
`lidar_join`	`lidar`	`io_management`	`s$lidar_join(...)`	`wbw_run_tool("lidar_join", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_kappa`	`lidar`	`analysis_metrics`	`s$lidar_kappa(...)`	`wbw_run_tool("lidar_kappa", args = list(...), session = s)`	`Raster`	Raster output
`lidar_nearest_neighbour_gridding`	`lidar`	`interpolation_gridding`	`s$lidar_nearest_neighbour_gridding(...)`	`wbw_run_tool("lidar_nearest_neighbour_gridding", args = list(...), session = s)`	`Raster`	Raster output
`lidar_point_density`	`lidar`	`analysis_metrics`	`s$lidar_point_density(...)`	`wbw_run_tool("lidar_point_density", args = list(...), session = s)`	`Raster`	Raster output
`lidar_point_return_analysis`	`lidar`	`analysis_metrics`	`s$lidar_point_return_analysis(...)`	`wbw_run_tool("lidar_point_return_analysis", args = list(...), session = s)`	`str`	Report/path string output
`lidar_point_stats`	`lidar`	`analysis_metrics`	`s$lidar_point_stats(...)`	`wbw_run_tool("lidar_point_stats", args = list(...), session = s)`	`str`	Report/path string output
`lidar_qa_and_confidence`	`lidar`	`workflow_products`	`s$lidar_qa_and_confidence(...)`	`wbw_run_tool("lidar_qa_and_confidence", args = list(...), session = s)`	`Any`	See tool docs
`lidar_radial_basis_function_interpolation`	`lidar`	`interpolation_gridding`	`s$lidar_radial_basis_function_interpolation(...)`	`wbw_run_tool("lidar_radial_basis_function_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`lidar_ransac_planes`	`lidar`	`analysis_metrics`	`s$lidar_ransac_planes(...)`	`wbw_run_tool("lidar_ransac_planes", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_remove_outliers`	`lidar`	`filtering_classification`	`s$lidar_remove_outliers(...)`	`wbw_run_tool("lidar_remove_outliers", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_rooftop_analysis`	`lidar`	`analysis_metrics`	`s$lidar_rooftop_analysis(...)`	`wbw_run_tool("lidar_rooftop_analysis", args = list(...), session = s)`	`Vector`	Vector output
`lidar_segmentation`	`lidar`	`filtering_classification`	`s$lidar_segmentation(...)`	`wbw_run_tool("lidar_segmentation", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_segmentation_based_filter`	`lidar`	`filtering_classification`	`s$lidar_segmentation_based_filter(...)`	`wbw_run_tool("lidar_segmentation_based_filter", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_shift`	`lidar`	`io_management`	`s$lidar_shift(...)`	`wbw_run_tool("lidar_shift", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_sibson_interpolation`	`lidar`	`interpolation_gridding`	`s$lidar_sibson_interpolation(...)`	`wbw_run_tool("lidar_sibson_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`lidar_terrain_product_suite`	`lidar`	`workflow_products`	`s$lidar_terrain_product_suite(...)`	`wbw_run_tool("lidar_terrain_product_suite", args = list(...), session = s)`	`Any`	See tool docs
`lidar_thin`	`lidar`	`interpolation_gridding`	`s$lidar_thin(...)`	`wbw_run_tool("lidar_thin", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_thin_high_density`	`lidar`	`interpolation_gridding`	`s$lidar_thin_high_density(...)`	`wbw_run_tool("lidar_thin_high_density", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_tile`	`lidar`	`io_management`	`s$lidar_tile(...)`	`wbw_run_tool("lidar_tile", args = list(...), session = s)`	`Lidar`	LiDAR output
`lidar_tile_footprint`	`lidar`	`interpolation_gridding`	`s$lidar_tile_footprint(...)`	`wbw_run_tool("lidar_tile_footprint", args = list(...), session = s)`	`Vector`	Vector output
`lidar_tin_gridding`	`lidar`	`interpolation_gridding`	`s$lidar_tin_gridding(...)`	`wbw_run_tool("lidar_tin_gridding", args = list(...), session = s)`	`Raster`	Raster output
`lidar_tophat_transform`	`lidar`	`io_management`	`s$lidar_tophat_transform(...)`	`wbw_run_tool("lidar_tophat_transform", args = list(...), session = s)`	`Lidar`	LiDAR output
`line_detection_filter`	`remote_sensing`	`filters`	`s$line_detection_filter(...)`	`wbw_run_tool("line_detection_filter", args = list(...), session = s)`	`Raster`	Raster output
`line_intersections`	`vector`	`overlay_analysis`	`s$line_intersections(...)`	`wbw_run_tool("line_intersections", args = list(...), session = s)`	`Vector`	Vector output
`line_polygon_clip`	`vector`	`overlay_analysis`	`s$line_polygon_clip(...)`	`wbw_run_tool("line_polygon_clip", args = list(...), session = s)`	`Vector`	Vector output
`line_thinning`	`remote_sensing`	`filters`	`s$line_thinning(...)`	`wbw_run_tool("line_thinning", args = list(...), session = s)`	`Raster`	Raster output
`linear_spectral_unmixing`	`remote_sensing`	`spectral_analytics`	`s$linear_spectral_unmixing(...)`	`wbw_run_tool("linear_spectral_unmixing", args = list(...), session = s)`	`Any`	See tool docs
`linearity_index`	`vector`	`shape_metrics`	`s$linearity_index(...)`	`wbw_run_tool("linearity_index", args = list(...), session = s)`	`Vector`	Vector output
`lines_to_polygons`	`conversion`	`geometry_topology`	`s$lines_to_polygons(...)`	`wbw_run_tool("lines_to_polygons", args = list(...), session = s)`	`Vector`	Vector output
`list_unique_values`	`vector`	`attribute_analysis`	`s$list_unique_values(...)`	`wbw_run_tool("list_unique_values", args = list(...), session = s)`	`str`	Report/path string output
`list_unique_values_raster`	`raster`	`general`	`s$list_unique_values_raster(...)`	`wbw_run_tool("list_unique_values_raster", args = list(...), session = s)`	`str`	Report/path string output
`ln`	`raster`	`general`	`s$ln(...)`	`wbw_run_tool("ln", args = list(...), session = s)`	`Raster`	Raster output
`local_hypsometric_analysis`	`terrain`	`general`	`s$local_hypsometric_analysis(...)`	`wbw_run_tool("local_hypsometric_analysis", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`locate_points_along_routes`	`vector`	`linear_referencing`	`s$locate_points_along_routes(...)`	`wbw_run_tool("locate_points_along_routes", args = list(...), session = s)`	`Vector`	Vector output
`location_allocation_network`	`vector`	`network_analysis`	`s$location_allocation_network(...)`	`wbw_run_tool("location_allocation_network", args = list(...), session = s)`	`Vector`	Vector output
`log10`	`raster`	`general`	`s$log10(...)`	`wbw_run_tool("log10", args = list(...), session = s)`	`Raster`	Raster output
`log2`	`raster`	`general`	`s$log2(...)`	`wbw_run_tool("log2", args = list(...), session = s)`	`Raster`	Raster output
`logistic_regression`	`remote_sensing`	`classification`	`s$logistic_regression(...)`	`wbw_run_tool("logistic_regression", args = list(...), session = s)`	`Raster`	Raster output
`long_profile`	`streams`	`longitudinal_analysis`	`s$long_profile(...)`	`wbw_run_tool("long_profile", args = list(...), session = s)`	`str	None`
`long_profile_from_points`	`streams`	`longitudinal_analysis`	`s$long_profile_from_points(...)`	`wbw_run_tool("long_profile_from_points", args = list(...), session = s)`	`str	None`
`longest_flowpath`	`hydrology`	`watersheds_basins`	`s$longest_flowpath(...)`	`wbw_run_tool("longest_flowpath", args = list(...), session = s)`	`Vector`	Vector output
`low_points_on_headwater_divides`	`terrain`	`general`	`s$low_points_on_headwater_divides(...)`	`wbw_run_tool("low_points_on_headwater_divides", args = list(...), session = s)`	`Vector`	Vector output
`lowest_position`	`raster`	`overlay_math`	`s$lowest_position(...)`	`wbw_run_tool("lowest_position", args = list(...), session = s)`	`Raster`	Raster output
`majority_filter`	`remote_sensing`	`filters`	`s$majority_filter(...)`	`wbw_run_tool("majority_filter", args = list(...), session = s)`	`Raster`	Raster output
`map_features`	`raster`	`general`	`s$map_features(...)`	`wbw_run_tool("map_features", args = list(...), session = s)`	`Raster`	Raster output
`map_matching_v1`	`vector`	`network_analysis`	`s$map_matching_v1(...)`	`wbw_run_tool("map_matching_v1", args = list(...), session = s)`	`Vector`	Vector output
`map_off_terrain_objects`	`terrain`	`general`	`s$map_off_terrain_objects(...)`	`wbw_run_tool("map_off_terrain_objects", args = list(...), session = s)`	`Raster`	Raster output
`market_access_and_site_intelligence_workflow`	`vector`	`network_analysis`	`s$market_access_and_site_intelligence_workflow(...)`	`wbw_run_tool("market_access_and_site_intelligence_workflow", args = list(...), session = s)`	`Any`	See tool docs
`max`	`raster`	`general`	`s$max(...)`	`wbw_run_tool("max", args = list(...), session = s)`	`Raster`	Raster output
`max_absolute_overlay`	`raster`	`overlay_math`	`s$max_absolute_overlay(...)`	`wbw_run_tool("max_absolute_overlay", args = list(...), session = s)`	`Raster`	Raster output
`max_anisotropy_dev`	`terrain`	`multiscale_signatures`	`s$max_anisotropy_dev(...)`	`wbw_run_tool("max_anisotropy_dev", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`max_anisotropy_dev_signature`	`terrain`	`multiscale_signatures`	`s$max_anisotropy_dev_signature(...)`	`wbw_run_tool("max_anisotropy_dev_signature", args = list(...), session = s)`	`str`	Report/path string output
`max_branch_length`	`hydrology`	`watersheds_basins`	`s$max_branch_length(...)`	`wbw_run_tool("max_branch_length", args = list(...), session = s)`	`Raster`	Raster output
`max_difference_from_mean`	`terrain`	`multiscale_signatures`	`s$max_difference_from_mean(...)`	`wbw_run_tool("max_difference_from_mean", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`max_downslope_elev_change`	`terrain`	`general`	`s$max_downslope_elev_change(...)`	`wbw_run_tool("max_downslope_elev_change", args = list(...), session = s)`	`Raster`	Raster output
`max_elev_dev_signature`	`terrain`	`multiscale_signatures`	`s$max_elev_dev_signature(...)`	`wbw_run_tool("max_elev_dev_signature", args = list(...), session = s)`	`str`	Report/path string output
`max_elevation_deviation`	`terrain`	`multiscale_signatures`	`s$max_elevation_deviation(...)`	`wbw_run_tool("max_elevation_deviation", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`max_overlay`	`raster`	`overlay_math`	`s$max_overlay(...)`	`wbw_run_tool("max_overlay", args = list(...), session = s)`	`Raster`	Raster output
`max_upslope_elev_change`	`terrain`	`general`	`s$max_upslope_elev_change(...)`	`wbw_run_tool("max_upslope_elev_change", args = list(...), session = s)`	`Raster`	Raster output
`max_upslope_flowpath_length`	`hydrology`	`flow_routing`	`s$max_upslope_flowpath_length(...)`	`wbw_run_tool("max_upslope_flowpath_length", args = list(...), session = s)`	`Raster`	Raster output
`max_upslope_value`	`hydrology`	`flow_routing`	`s$max_upslope_value(...)`	`wbw_run_tool("max_upslope_value", args = list(...), session = s)`	`Raster`	Raster output
`maximal_curvature`	`terrain`	`derivatives`	`s$maximal_curvature(...)`	`wbw_run_tool("maximal_curvature", args = list(...), session = s)`	`Raster`	Raster output
`maximum_filter`	`remote_sensing`	`filters`	`s$maximum_filter(...)`	`wbw_run_tool("maximum_filter", args = list(...), session = s)`	`Raster`	Raster output
`mdinf_flow_accum`	`hydrology`	`flow_routing`	`s$mdinf_flow_accum(...)`	`wbw_run_tool("mdinf_flow_accum", args = list(...), session = s)`	`Raster`	Raster output
`mean_curvature`	`terrain`	`derivatives`	`s$mean_curvature(...)`	`wbw_run_tool("mean_curvature", args = list(...), session = s)`	`Raster`	Raster output
`mean_filter`	`remote_sensing`	`filters`	`s$mean_filter(...)`	`wbw_run_tool("mean_filter", args = list(...), session = s)`	`Raster`	Raster output
`median_filter`	`remote_sensing`	`filters`	`s$median_filter(...)`	`wbw_run_tool("median_filter", args = list(...), session = s)`	`Raster`	Raster output
`medoid`	`vector`	`sampling_gridding`	`s$medoid(...)`	`wbw_run_tool("medoid", args = list(...), session = s)`	`Vector`	Vector output
`merge_line_segments`	`vector`	`geometry_processing`	`s$merge_line_segments(...)`	`wbw_run_tool("merge_line_segments", args = list(...), session = s)`	`Vector`	Vector output
`merge_table_with_csv`	`conversion`	`vector_table_io`	`s$merge_table_with_csv(...)`	`wbw_run_tool("merge_table_with_csv", args = list(...), session = s)`	`Vector`	Vector output
`merge_vectors`	`conversion`	`vector_table_io`	`s$merge_vectors(...)`	`wbw_run_tool("merge_vectors", args = list(...), session = s)`	`Vector`	Vector output
`min`	`raster`	`general`	`s$min(...)`	`wbw_run_tool("min", args = list(...), session = s)`	`Raster`	Raster output
`min_absolute_overlay`	`raster`	`overlay_math`	`s$min_absolute_overlay(...)`	`wbw_run_tool("min_absolute_overlay", args = list(...), session = s)`	`Raster`	Raster output
`min_dist_classification`	`remote_sensing`	`classification`	`s$min_dist_classification(...)`	`wbw_run_tool("min_dist_classification", args = list(...), session = s)`	`Raster`	Raster output
`min_downslope_elev_change`	`terrain`	`general`	`s$min_downslope_elev_change(...)`	`wbw_run_tool("min_downslope_elev_change", args = list(...), session = s)`	`Raster`	Raster output
`min_max_contrast_stretch`	`remote_sensing`	`enhancement_contrast`	`s$min_max_contrast_stretch(...)`	`wbw_run_tool("min_max_contrast_stretch", args = list(...), session = s)`	`Raster`	Raster output
`min_overlay`	`raster`	`overlay_math`	`s$min_overlay(...)`	`wbw_run_tool("min_overlay", args = list(...), session = s)`	`Raster`	Raster output
`mine_site_reclamation_compliance_tracker`	`terrain`	`workflow_products`	`s$mine_site_reclamation_compliance_tracker(...)`	`wbw_run_tool("mine_site_reclamation_compliance_tracker", args = list(...), session = s)`	`Any`	See tool docs
`minimal_curvature`	`terrain`	`derivatives`	`s$minimal_curvature(...)`	`wbw_run_tool("minimal_curvature", args = list(...), session = s)`	`Raster`	Raster output
`minimal_dispersion_flow_algorithm`	`hydrology`	`flow_routing`	`s$minimal_dispersion_flow_algorithm(...)`	`wbw_run_tool("minimal_dispersion_flow_algorithm", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`minimum_bounding_box`	`vector`	`geometry_processing`	`s$minimum_bounding_box(...)`	`wbw_run_tool("minimum_bounding_box", args = list(...), session = s)`	`Vector`	Vector output
`minimum_bounding_circle`	`vector`	`geometry_processing`	`s$minimum_bounding_circle(...)`	`wbw_run_tool("minimum_bounding_circle", args = list(...), session = s)`	`Vector`	Vector output
`minimum_bounding_envelope`	`vector`	`geometry_processing`	`s$minimum_bounding_envelope(...)`	`wbw_run_tool("minimum_bounding_envelope", args = list(...), session = s)`	`Vector`	Vector output
`minimum_convex_hull`	`vector`	`geometry_processing`	`s$minimum_convex_hull(...)`	`wbw_run_tool("minimum_convex_hull", args = list(...), session = s)`	`Vector`	Vector output
`minimum_filter`	`remote_sensing`	`filters`	`s$minimum_filter(...)`	`wbw_run_tool("minimum_filter", args = list(...), session = s)`	`Raster`	Raster output
`minimum_noise_fraction`	`remote_sensing`	`spectral_analytics`	`s$minimum_noise_fraction(...)`	`wbw_run_tool("minimum_noise_fraction", args = list(...), session = s)`	`Any`	See tool docs
`modified_k_means_clustering`	`remote_sensing`	`classification`	`s$modified_k_means_clustering(...)`	`wbw_run_tool("modified_k_means_clustering", args = list(...), session = s)`	`tuple[Raster, int, str	None]`
`modified_shepard_interpolation`	`raster`	`general`	`s$modified_shepard_interpolation(...)`	`wbw_run_tool("modified_shepard_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`modify_lidar`	`lidar`	`filtering_classification`	`s$modify_lidar(...)`	`wbw_run_tool("modify_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`modify_nodata_value`	`conversion`	`raster_vector_conversion`	`s$modify_nodata_value(...)`	`wbw_run_tool("modify_nodata_value", args = list(...), session = s)`	`Raster`	Raster output
`modulo`	`raster`	`overlay_math`	`s$modulo(...)`	`wbw_run_tool("modulo", args = list(...), session = s)`	`Raster`	Raster output
`mosaic`	`remote_sensing`	`enhancement_contrast`	`s$mosaic(...)`	`wbw_run_tool("mosaic", args = list(...), session = s)`	`Raster`	Raster output
`mosaic_with_feathering`	`remote_sensing`	`enhancement_contrast`	`s$mosaic_with_feathering(...)`	`wbw_run_tool("mosaic_with_feathering", args = list(...), session = s)`	`Raster`	Raster output
`multi_sensor_fusion_monitoring`	`remote_sensing`	`workflow_products`	`s$multi_sensor_fusion_monitoring(...)`	`wbw_run_tool("multi_sensor_fusion_monitoring", args = list(...), session = s)`	`Any`	See tool docs
`multidirectional_hillshade`	`terrain`	`general`	`s$multidirectional_hillshade(...)`	`wbw_run_tool("multidirectional_hillshade", args = list(...), session = s)`	`Raster`	Raster output
`multimodal_od_cost_matrix`	`vector`	`network_analysis`	`s$multimodal_od_cost_matrix(...)`	`wbw_run_tool("multimodal_od_cost_matrix", args = list(...), session = s)`	`Any`	See tool docs
`multimodal_routes_from_od`	`vector`	`network_analysis`	`s$multimodal_routes_from_od(...)`	`wbw_run_tool("multimodal_routes_from_od", args = list(...), session = s)`	`Any`	See tool docs
`multimodal_shortest_path`	`vector`	`network_analysis`	`s$multimodal_shortest_path(...)`	`wbw_run_tool("multimodal_shortest_path", args = list(...), session = s)`	`Any`	See tool docs
`multipart_to_singlepart`	`conversion`	`geometry_topology`	`s$multipart_to_singlepart(...)`	`wbw_run_tool("multipart_to_singlepart", args = list(...), session = s)`	`Vector`	Vector output
`multiply`	`raster`	`overlay_math`	`s$multiply(...)`	`wbw_run_tool("multiply", args = list(...), session = s)`	`Raster`	Raster output
`multiply_overlay`	`raster`	`overlay_math`	`s$multiply_overlay(...)`	`wbw_run_tool("multiply_overlay", args = list(...), session = s)`	`Raster`	Raster output
`multiscale_curvatures`	`terrain`	`multiscale_signatures`	`s$multiscale_curvatures(...)`	`wbw_run_tool("multiscale_curvatures", args = list(...), session = s)`	`Raster`	Raster output
`multiscale_elevated_index`	`terrain`	`multiscale_signatures`	`s$multiscale_elevated_index(...)`	`wbw_run_tool("multiscale_elevated_index", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`multiscale_elevation_percentile`	`terrain`	`multiscale_signatures`	`s$multiscale_elevation_percentile(...)`	`wbw_run_tool("multiscale_elevation_percentile", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`multiscale_low_lying_index`	`terrain`	`multiscale_signatures`	`s$multiscale_low_lying_index(...)`	`wbw_run_tool("multiscale_low_lying_index", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`multiscale_roughness`	`terrain`	`multiscale_signatures`	`s$multiscale_roughness(...)`	`wbw_run_tool("multiscale_roughness", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`multiscale_roughness_signature`	`terrain`	`multiscale_signatures`	`s$multiscale_roughness_signature(...)`	`wbw_run_tool("multiscale_roughness_signature", args = list(...), session = s)`	`str`	Report/path string output
`multiscale_std_dev_normals`	`terrain`	`multiscale_signatures`	`s$multiscale_std_dev_normals(...)`	`wbw_run_tool("multiscale_std_dev_normals", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`multiscale_std_dev_normals_signature`	`terrain`	`multiscale_signatures`	`s$multiscale_std_dev_normals_signature(...)`	`wbw_run_tool("multiscale_std_dev_normals_signature", args = list(...), session = s)`	`str`	Report/path string output
`multiscale_topographic_position_class`	`terrain`	`landform_indices`	`s$multiscale_topographic_position_class(...)`	`wbw_run_tool("multiscale_topographic_position_class", args = list(...), session = s)`	`Raster`	Raster output
`multiscale_topographic_position_image`	`terrain`	`multiscale_signatures`	`s$multiscale_topographic_position_image(...)`	`wbw_run_tool("multiscale_topographic_position_image", args = list(...), session = s)`	`Raster`	Raster output
`narrowness_index`	`raster`	`general`	`s$narrowness_index(...)`	`wbw_run_tool("narrowness_index", args = list(...), session = s)`	`Raster`	Raster output
`narrowness_index_vector`	`vector`	`shape_metrics`	`s$narrowness_index_vector(...)`	`wbw_run_tool("narrowness_index_vector", args = list(...), session = s)`	`Vector`	Vector output
`natural_neighbour_interpolation`	`raster`	`local_neighborhood`	`s$natural_neighbour_interpolation(...)`	`wbw_run_tool("natural_neighbour_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`ndvi_based_emissivity`	`remote_sensing`	`thermal_emissivity`	`s$ndvi_based_emissivity(...)`	`wbw_run_tool("ndvi_based_emissivity", args = list(...), session = s)`	`Any`	See tool docs
`near`	`vector`	`overlay_analysis`	`s$near(...)`	`wbw_run_tool("near", args = list(...), session = s)`	`Vector`	Vector output
`nearest_neighbour_interpolation`	`raster`	`local_neighborhood`	`s$nearest_neighbour_interpolation(...)`	`wbw_run_tool("nearest_neighbour_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`negate`	`raster`	`general`	`s$negate(...)`	`wbw_run_tool("negate", args = list(...), session = s)`	`Raster`	Raster output
`network_accessibility_metrics`	`vector`	`network_analysis`	`s$network_accessibility_metrics(...)`	`wbw_run_tool("network_accessibility_metrics", args = list(...), session = s)`	`Any`	See tool docs
`network_centrality_metrics`	`vector`	`network_analysis`	`s$network_centrality_metrics(...)`	`wbw_run_tool("network_centrality_metrics", args = list(...), session = s)`	`Any`	See tool docs
`network_connected_components`	`vector`	`network_analysis`	`s$network_connected_components(...)`	`wbw_run_tool("network_connected_components", args = list(...), session = s)`	`Vector`	Vector output
`network_node_degree`	`vector`	`network_analysis`	`s$network_node_degree(...)`	`wbw_run_tool("network_node_degree", args = list(...), session = s)`	`Vector`	Vector output
`network_od_cost_matrix`	`vector`	`network_analysis`	`s$network_od_cost_matrix(...)`	`wbw_run_tool("network_od_cost_matrix", args = list(...), session = s)`	`str`	Report/path string output
`network_readiness_and_diagnostics_intelligence`	`vector`	`network_analysis`	`s$network_readiness_and_diagnostics_intelligence(...)`	`wbw_run_tool("network_readiness_and_diagnostics_intelligence", args = list(...), session = s)`	`Any`	See tool docs
`network_routes_from_od`	`vector`	`network_analysis`	`s$network_routes_from_od(...)`	`wbw_run_tool("network_routes_from_od", args = list(...), session = s)`	`Vector`	Vector output
`network_service_area`	`vector`	`network_analysis`	`s$network_service_area(...)`	`wbw_run_tool("network_service_area", args = list(...), session = s)`	`Vector`	Vector output
`network_topology_audit`	`vector`	`network_analysis`	`s$network_topology_audit(...)`	`wbw_run_tool("network_topology_audit", args = list(...), session = s)`	`Vector`	Vector output
`new_raster_from_base_raster`	`conversion`	`raster_vector_conversion`	`s$new_raster_from_base_raster(...)`	`wbw_run_tool("new_raster_from_base_raster", args = list(...), session = s)`	`Raster`	Raster output
`new_raster_from_base_vector`	`conversion`	`raster_vector_conversion`	`s$new_raster_from_base_vector(...)`	`wbw_run_tool("new_raster_from_base_vector", args = list(...), session = s)`	`Raster`	Raster output
`nibble`	`raster`	`general`	`s$nibble(...)`	`wbw_run_tool("nibble", args = list(...), session = s)`	`Raster`	Raster output
`nnd_classification`	`remote_sensing`	`classification`	`s$nnd_classification(...)`	`wbw_run_tool("nnd_classification", args = list(...), session = s)`	`Raster`	Raster output
`non_local_means_filter`	`remote_sensing`	`filters`	`s$non_local_means_filter(...)`	`wbw_run_tool("non_local_means_filter", args = list(...), session = s)`	`Raster`	Raster output
`normal_vectors`	`lidar`	`analysis_metrics`	`s$normal_vectors(...)`	`wbw_run_tool("normal_vectors", args = list(...), session = s)`	`Lidar`	LiDAR output
`normalize_lidar`	`lidar`	`filtering_classification`	`s$normalize_lidar(...)`	`wbw_run_tool("normalize_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`normalized_difference_index`	`remote_sensing`	`enhancement_contrast`	`s$normalized_difference_index(...)`	`wbw_run_tool("normalized_difference_index", args = list(...), session = s)`	`Raster`	Raster output
`not_equal_to`	`raster`	`general`	`s$not_equal_to(...)`	`wbw_run_tool("not_equal_to", args = list(...), session = s)`	`Raster`	Raster output
`num_downslope_neighbours`	`terrain`	`general`	`s$num_downslope_neighbours(...)`	`wbw_run_tool("num_downslope_neighbours", args = list(...), session = s)`	`Raster`	Raster output
`num_inflowing_neighbours`	`hydrology`	`flow_routing`	`s$num_inflowing_neighbours(...)`	`wbw_run_tool("num_inflowing_neighbours", args = list(...), session = s)`	`Raster`	Raster output
`num_upslope_neighbours`	`terrain`	`general`	`s$num_upslope_neighbours(...)`	`wbw_run_tool("num_upslope_neighbours", args = list(...), session = s)`	`Raster`	Raster output
`obia_audit_report_pro`	`remote_sensing`	`obia`	`s$obia_audit_report_pro(...)`	`wbw_run_tool("obia_audit_report_pro", args = list(...), session = s)`	`str`	Report/path string output
`obia_batch_orchestrator_pro`	`remote_sensing`	`obia`	`s$obia_batch_orchestrator_pro(...)`	`wbw_run_tool("obia_batch_orchestrator_pro", args = list(...), session = s)`	`dict[str, Any]`	Report/path string output
`obia_pipeline_basic`	`remote_sensing`	`obia`	`s$obia_pipeline_basic(...)`	`wbw_run_tool("obia_pipeline_basic", args = list(...), session = s)`	`dict[str, Any]`	Report/path string output
`object_class_probability_maps`	`remote_sensing`	`obia`	`s$object_class_probability_maps(...)`	`wbw_run_tool("object_class_probability_maps", args = list(...), session = s)`	`str`	Report/path string output
`object_features_context_neighbors`	`remote_sensing`	`obia`	`s$object_features_context_neighbors(...)`	`wbw_run_tool("object_features_context_neighbors", args = list(...), session = s)`	`str`	Report/path string output
`object_features_shape_basic`	`remote_sensing`	`obia`	`s$object_features_shape_basic(...)`	`wbw_run_tool("object_features_shape_basic", args = list(...), session = s)`	`str`	Report/path string output
`object_features_spectral_basic`	`remote_sensing`	`obia`	`s$object_features_spectral_basic(...)`	`wbw_run_tool("object_features_spectral_basic", args = list(...), session = s)`	`str`	Report/path string output
`object_features_texture_glcm_basic`	`remote_sensing`	`obia`	`s$object_features_texture_glcm_basic(...)`	`wbw_run_tool("object_features_texture_glcm_basic", args = list(...), session = s)`	`str`	Report/path string output
`object_features_topology_relations`	`remote_sensing`	`obia`	`s$object_features_topology_relations(...)`	`wbw_run_tool("object_features_topology_relations", args = list(...), session = s)`	`str`	Report/path string output
`object_uncertainty_diagnostics_pro`	`remote_sensing`	`obia`	`s$object_uncertainty_diagnostics_pro(...)`	`wbw_run_tool("object_uncertainty_diagnostics_pro", args = list(...), session = s)`	`str`	Report/path string output
`objects_boundary_refinement_pro`	`remote_sensing`	`obia`	`s$objects_boundary_refinement_pro(...)`	`wbw_run_tool("objects_boundary_refinement_pro", args = list(...), session = s)`	`Raster`	Raster output
`objects_enforce_min_mapping_unit`	`remote_sensing`	`obia`	`s$objects_enforce_min_mapping_unit(...)`	`wbw_run_tool("objects_enforce_min_mapping_unit", args = list(...), session = s)`	`Raster`	Raster output
`od_sensitivity_analysis`	`vector`	`network_analysis`	`s$od_sensitivity_analysis(...)`	`wbw_run_tool("od_sensitivity_analysis", args = list(...), session = s)`	`Any`	See tool docs
`olympic_filter`	`remote_sensing`	`filters`	`s$olympic_filter(...)`	`wbw_run_tool("olympic_filter", args = list(...), session = s)`	`Raster`	Raster output
`opening`	`remote_sensing`	`filters`	`s$opening(...)`	`wbw_run_tool("opening", args = list(...), session = s)`	`Raster`	Raster output
`openness`	`terrain`	`visibility`	`s$openness(...)`	`wbw_run_tool("openness", args = list(...), session = s)`	`tuple[Raster, Raster]`	Multiple outputs (tuple)
`orthorectification`	`projection_georeferencing`	`general`	`s$orthorectification(...)`	`wbw_run_tool("orthorectification", args = list(...), session = s)`	`Any`	See tool docs
`otsu_thresholding`	`remote_sensing`	`classification`	`s$otsu_thresholding(...)`	`wbw_run_tool("otsu_thresholding", args = list(...), session = s)`	`Raster`	Raster output
`paired_sample_t_test`	`raster`	`general`	`s$paired_sample_t_test(...)`	`wbw_run_tool("paired_sample_t_test", args = list(...), session = s)`	`str`	Report/path string output
`panchromatic_sharpening`	`remote_sensing`	`enhancement_contrast`	`s$panchromatic_sharpening(...)`	`wbw_run_tool("panchromatic_sharpening", args = list(...), session = s)`	`Raster`	Raster output
`parallelepiped_classification`	`remote_sensing`	`classification`	`s$parallelepiped_classification(...)`	`wbw_run_tool("parallelepiped_classification", args = list(...), session = s)`	`Raster`	Raster output
`parcel_and_land_fabric_topology_compliance_workflow`	`vector`	`workflow_products`	`s$parcel_and_land_fabric_topology_compliance_workflow(...)`	`wbw_run_tool("parcel_and_land_fabric_topology_compliance_workflow", args = list(...), session = s)`	`Any`	See tool docs
`patch_orientation`	`vector`	`shape_metrics`	`s$patch_orientation(...)`	`wbw_run_tool("patch_orientation", args = list(...), session = s)`	`Vector`	Vector output
`pca_based_change_detection`	`remote_sensing`	`change_detection`	`s$pca_based_change_detection(...)`	`wbw_run_tool("pca_based_change_detection", args = list(...), session = s)`	`Any`	See tool docs
`pennock_landform_classification`	`terrain`	`landform_indices`	`s$pennock_landform_classification(...)`	`wbw_run_tool("pennock_landform_classification", args = list(...), session = s)`	`tuple[Raster, str]`	Multiple outputs (tuple)
`percent_elev_range`	`terrain`	`landform_indices`	`s$percent_elev_range(...)`	`wbw_run_tool("percent_elev_range", args = list(...), session = s)`	`Raster`	Raster output
`percent_equal_to`	`raster`	`overlay_math`	`s$percent_equal_to(...)`	`wbw_run_tool("percent_equal_to", args = list(...), session = s)`	`Raster`	Raster output
`percent_greater_than`	`raster`	`overlay_math`	`s$percent_greater_than(...)`	`wbw_run_tool("percent_greater_than", args = list(...), session = s)`	`Raster`	Raster output
`percent_less_than`	`raster`	`overlay_math`	`s$percent_less_than(...)`	`wbw_run_tool("percent_less_than", args = list(...), session = s)`	`Raster`	Raster output
`percentage_contrast_stretch`	`remote_sensing`	`enhancement_contrast`	`s$percentage_contrast_stretch(...)`	`wbw_run_tool("percentage_contrast_stretch", args = list(...), session = s)`	`Raster`	Raster output
`percentile_filter`	`remote_sensing`	`filters`	`s$percentile_filter(...)`	`wbw_run_tool("percentile_filter", args = list(...), session = s)`	`Raster`	Raster output
`perimeter_area_ratio`	`vector`	`shape_metrics`	`s$perimeter_area_ratio(...)`	`wbw_run_tool("perimeter_area_ratio", args = list(...), session = s)`	`Vector`	Vector output
`phi_coefficient`	`raster`	`general`	`s$phi_coefficient(...)`	`wbw_run_tool("phi_coefficient", args = list(...), session = s)`	`str`	Report/path string output
`pick_from_list`	`raster`	`overlay_math`	`s$pick_from_list(...)`	`wbw_run_tool("pick_from_list", args = list(...), session = s)`	`Raster`	Raster output
`piecewise_contrast_stretch`	`remote_sensing`	`enhancement_contrast`	`s$piecewise_contrast_stretch(...)`	`wbw_run_tool("piecewise_contrast_stretch", args = list(...), session = s)`	`Raster`	Raster output
`plan_curvature`	`terrain`	`derivatives`	`s$plan_curvature(...)`	`wbw_run_tool("plan_curvature", args = list(...), session = s)`	`Raster`	Raster output
`points_along_lines`	`vector`	`linear_referencing`	`s$points_along_lines(...)`	`wbw_run_tool("points_along_lines", args = list(...), session = s)`	`Vector`	Vector output
`polygon_area`	`vector`	`shape_metrics`	`s$polygon_area(...)`	`wbw_run_tool("polygon_area", args = list(...), session = s)`	`Vector`	Vector output
`polygon_long_axis`	`vector`	`shape_metrics`	`s$polygon_long_axis(...)`	`wbw_run_tool("polygon_long_axis", args = list(...), session = s)`	`Vector`	Vector output
`polygon_perimeter`	`vector`	`shape_metrics`	`s$polygon_perimeter(...)`	`wbw_run_tool("polygon_perimeter", args = list(...), session = s)`	`Vector`	Vector output
`polygon_short_axis`	`vector`	`shape_metrics`	`s$polygon_short_axis(...)`	`wbw_run_tool("polygon_short_axis", args = list(...), session = s)`	`Vector`	Vector output
`polygonize`	`vector`	`geometry_processing`	`s$polygonize(...)`	`wbw_run_tool("polygonize", args = list(...), session = s)`	`Vector`	Vector output
`polygons_to_lines`	`conversion`	`geometry_topology`	`s$polygons_to_lines(...)`	`wbw_run_tool("polygons_to_lines", args = list(...), session = s)`	`Vector`	Vector output
`polygons_to_segments`	`remote_sensing`	`obia`	`s$polygons_to_segments(...)`	`wbw_run_tool("polygons_to_segments", args = list(...), session = s)`	`Raster`	Raster output
`post_classification_change`	`remote_sensing`	`change_detection`	`s$post_classification_change(...)`	`wbw_run_tool("post_classification_change", args = list(...), session = s)`	`Any`	See tool docs
`power`	`raster`	`overlay_math`	`s$power(...)`	`wbw_run_tool("power", args = list(...), session = s)`	`Raster`	Raster output
`precision_ag_yield_zone_intelligence`	`precision_agriculture`	`general`	`s$precision_ag_yield_zone_intelligence(...)`	`wbw_run_tool("precision_ag_yield_zone_intelligence", args = list(...), session = s)`	`Any`	See tool docs
`precision_irrigation_optimization`	`precision_agriculture`	`general`	`s$precision_irrigation_optimization(...)`	`wbw_run_tool("precision_irrigation_optimization", args = list(...), session = s)`	`Any`	See tool docs
`prewitt_filter`	`remote_sensing`	`edge_feature_detection`	`s$prewitt_filter(...)`	`wbw_run_tool("prewitt_filter", args = list(...), session = s)`	`Raster`	Raster output
`principal_component_analysis`	`raster`	`general`	`s$principal_component_analysis(...)`	`wbw_run_tool("principal_component_analysis", args = list(...), session = s)`	`list[Raster]`	Raster output
`principal_curvature_direction`	`terrain`	`derivatives`	`s$principal_curvature_direction(...)`	`wbw_run_tool("principal_curvature_direction", args = list(...), session = s)`	`Raster`	Raster output
`print_geotiff_tags`	`raster`	`general`	`s$print_geotiff_tags(...)`	`wbw_run_tool("print_geotiff_tags", args = list(...), session = s)`	`str`	Report/path string output
`profile`	`terrain`	`general`	`s$profile(...)`	`wbw_run_tool("profile", args = list(...), session = s)`	`str`	Report/path string output
`profile_curvature`	`terrain`	`derivatives`	`s$profile_curvature(...)`	`wbw_run_tool("profile_curvature", args = list(...), session = s)`	`Raster`	Raster output
`propagate_labels_across_hierarchy`	`remote_sensing`	`obia`	`s$propagate_labels_across_hierarchy(...)`	`wbw_run_tool("propagate_labels_across_hierarchy", args = list(...), session = s)`	`str`	Report/path string output
`prune_vector_streams`	`streams`	`network_extraction`	`s$prune_vector_streams(...)`	`wbw_run_tool("prune_vector_streams", args = list(...), session = s)`	`Vector`	Vector output
`qin_flow_accumulation`	`hydrology`	`flow_routing`	`s$qin_flow_accumulation(...)`	`wbw_run_tool("qin_flow_accumulation", args = list(...), session = s)`	`Raster`	Raster output
`quantiles`	`raster`	`general`	`s$quantiles(...)`	`wbw_run_tool("quantiles", args = list(...), session = s)`	`Raster`	Raster output
`quinn_flow_accumulation`	`hydrology`	`flow_routing`	`s$quinn_flow_accumulation(...)`	`wbw_run_tool("quinn_flow_accumulation", args = list(...), session = s)`	`Raster`	Raster output
`radial_basis_function_interpolation`	`raster`	`general`	`s$radial_basis_function_interpolation(...)`	`wbw_run_tool("radial_basis_function_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`radius_of_gyration`	`raster`	`general`	`s$radius_of_gyration(...)`	`wbw_run_tool("radius_of_gyration", args = list(...), session = s)`	`Raster`	Raster output
`raise_walls`	`hydrology`	`depressions_storage`	`s$raise_walls(...)`	`wbw_run_tool("raise_walls", args = list(...), session = s)`	`Raster`	Raster output
`random_field`	`raster`	`general`	`s$random_field(...)`	`wbw_run_tool("random_field", args = list(...), session = s)`	`Raster`	Raster output
`random_forest_classification`	`remote_sensing`	`classification`	`s$random_forest_classification(...)`	`wbw_run_tool("random_forest_classification", args = list(...), session = s)`	`Raster`	Raster output
`random_forest_classification_fit`	`raster`	`general`	`s$random_forest_classification_fit(...)`	`wbw_run_tool("random_forest_classification_fit", args = list(...), session = s)`	`list[int]`	See tool docs
`random_forest_classification_predict`	`raster`	`general`	`s$random_forest_classification_predict(...)`	`wbw_run_tool("random_forest_classification_predict", args = list(...), session = s)`	`Raster`	Raster output
`random_forest_regression`	`remote_sensing`	`classification`	`s$random_forest_regression(...)`	`wbw_run_tool("random_forest_regression", args = list(...), session = s)`	`Raster`	Raster output
`random_forest_regression_fit`	`raster`	`general`	`s$random_forest_regression_fit(...)`	`wbw_run_tool("random_forest_regression_fit", args = list(...), session = s)`	`list[int]`	See tool docs
`random_forest_regression_predict`	`raster`	`general`	`s$random_forest_regression_predict(...)`	`wbw_run_tool("random_forest_regression_predict", args = list(...), session = s)`	`Raster`	Raster output
`random_points_in_polygon`	`vector`	`sampling_gridding`	`s$random_points_in_polygon(...)`	`wbw_run_tool("random_points_in_polygon", args = list(...), session = s)`	`Vector`	Vector output
`random_sample`	`raster`	`general`	`s$random_sample(...)`	`wbw_run_tool("random_sample", args = list(...), session = s)`	`Raster`	Raster output
`range_filter`	`remote_sensing`	`filters`	`s$range_filter(...)`	`wbw_run_tool("range_filter", args = list(...), session = s)`	`Raster`	Raster output
`raster_area`	`raster`	`general`	`s$raster_area(...)`	`wbw_run_tool("raster_area", args = list(...), session = s)`	`Raster`	Raster output
`raster_calculator`	`raster`	`general`	`s$raster_calculator(...)`	`wbw_run_tool("raster_calculator", args = list(...), session = s)`	`Raster`	Raster output
`raster_cell_assignment`	`raster`	`general`	`s$raster_cell_assignment(...)`	`wbw_run_tool("raster_cell_assignment", args = list(...), session = s)`	`Raster`	Raster output
`raster_histogram`	`raster`	`general`	`s$raster_histogram(...)`	`wbw_run_tool("raster_histogram", args = list(...), session = s)`	`str`	Report/path string output
`raster_perimeter`	`raster`	`general`	`s$raster_perimeter(...)`	`wbw_run_tool("raster_perimeter", args = list(...), session = s)`	`Raster`	Raster output
`raster_streams_to_vector`	`streams`	`network_extraction`	`s$raster_streams_to_vector(...)`	`wbw_run_tool("raster_streams_to_vector", args = list(...), session = s)`	`Vector`	Vector output
`raster_summary_stats`	`raster`	`general`	`s$raster_summary_stats(...)`	`wbw_run_tool("raster_summary_stats", args = list(...), session = s)`	`str`	Report/path string output
`raster_to_vector_lines`	`conversion`	`raster_vector_conversion`	`s$raster_to_vector_lines(...)`	`wbw_run_tool("raster_to_vector_lines", args = list(...), session = s)`	`Vector`	Vector output
`raster_to_vector_points`	`conversion`	`raster_vector_conversion`	`s$raster_to_vector_points(...)`	`wbw_run_tool("raster_to_vector_points", args = list(...), session = s)`	`Vector`	Vector output
`raster_to_vector_polygons`	`conversion`	`raster_vector_conversion`	`s$raster_to_vector_polygons(...)`	`wbw_run_tool("raster_to_vector_polygons", args = list(...), session = s)`	`Vector`	Vector output
`rasterize_streams`	`streams`	`network_extraction`	`s$rasterize_streams(...)`	`wbw_run_tool("rasterize_streams", args = list(...), session = s)`	`Raster`	Raster output
`reciprocal`	`raster`	`general`	`s$reciprocal(...)`	`wbw_run_tool("reciprocal", args = list(...), session = s)`	`Raster`	Raster output
`reclass`	`raster`	`reclass_mask`	`s$reclass(...)`	`wbw_run_tool("reclass", args = list(...), session = s)`	`Raster`	Raster output
`reclass_equal_interval`	`raster`	`reclass_mask`	`s$reclass_equal_interval(...)`	`wbw_run_tool("reclass_equal_interval", args = list(...), session = s)`	`Raster`	Raster output
`recover_flightline_info`	`lidar`	`io_management`	`s$recover_flightline_info(...)`	`wbw_run_tool("recover_flightline_info", args = list(...), session = s)`	`Lidar`	LiDAR output
`rectangular_grid_from_raster_base`	`vector`	`sampling_gridding`	`s$rectangular_grid_from_raster_base(...)`	`wbw_run_tool("rectangular_grid_from_raster_base", args = list(...), session = s)`	`Vector`	Vector output
`rectangular_grid_from_vector_base`	`vector`	`sampling_gridding`	`s$rectangular_grid_from_vector_base(...)`	`wbw_run_tool("rectangular_grid_from_vector_base", args = list(...), session = s)`	`Vector`	Vector output
`refined_lee_filter`	`remote_sensing`	`sar`	`s$refined_lee_filter(...)`	`wbw_run_tool("refined_lee_filter", args = list(...), session = s)`	`Raster`	Raster output
`registration_oriented_feature_workflow`	`remote_sensing`	`workflow_products`	`s$registration_oriented_feature_workflow(...)`	`wbw_run_tool("registration_oriented_feature_workflow", args = list(...), session = s)`	`Any`	See tool docs
`reinitialize_attribute_table`	`conversion`	`vector_table_io`	`s$reinitialize_attribute_table(...)`	`wbw_run_tool("reinitialize_attribute_table", args = list(...), session = s)`	`Vector`	Vector output
`related_circumscribing_circle`	`vector`	`shape_metrics`	`s$related_circumscribing_circle(...)`	`wbw_run_tool("related_circumscribing_circle", args = list(...), session = s)`	`Vector`	Vector output
`relative_aspect`	`terrain`	`derivatives`	`s$relative_aspect(...)`	`wbw_run_tool("relative_aspect", args = list(...), session = s)`	`Raster`	Raster output
`relative_stream_power_index`	`hydrology`	`hydrologic_indices`	`s$relative_stream_power_index(...)`	`wbw_run_tool("relative_stream_power_index", args = list(...), session = s)`	`Raster`	Raster output
`relative_topographic_position`	`terrain`	`landform_indices`	`s$relative_topographic_position(...)`	`wbw_run_tool("relative_topographic_position", args = list(...), session = s)`	`Raster`	Raster output
`remote_sensing_change_detection`	`remote_sensing`	`change_detection`	`s$remote_sensing_change_detection(...)`	`wbw_run_tool("remote_sensing_change_detection", args = list(...), session = s)`	`tuple[Raster, Raster, str]`	Multiple outputs (tuple)
`remove_duplicates`	`lidar`	`filtering_classification`	`s$remove_duplicates(...)`	`wbw_run_tool("remove_duplicates", args = list(...), session = s)`	`Lidar`	LiDAR output
`remove_off_terrain_objects`	`terrain`	`general`	`s$remove_off_terrain_objects(...)`	`wbw_run_tool("remove_off_terrain_objects", args = list(...), session = s)`	`Raster`	Raster output
`remove_polygon_holes`	`conversion`	`geometry_topology`	`s$remove_polygon_holes(...)`	`wbw_run_tool("remove_polygon_holes", args = list(...), session = s)`	`Vector`	Vector output
`remove_raster_polygon_holes`	`conversion`	`raster_vector_conversion`	`s$remove_raster_polygon_holes(...)`	`wbw_run_tool("remove_raster_polygon_holes", args = list(...), session = s)`	`Raster`	Raster output
`remove_short_streams`	`streams`	`network_extraction`	`s$remove_short_streams(...)`	`wbw_run_tool("remove_short_streams", args = list(...), session = s)`	`Raster`	Raster output
`remove_spurs`	`remote_sensing`	`filters`	`s$remove_spurs(...)`	`wbw_run_tool("remove_spurs", args = list(...), session = s)`	`Raster`	Raster output
`rename_field`	`vector`	`attribute_analysis`	`s$rename_field(...)`	`wbw_run_tool("rename_field", args = list(...), session = s)`	`Vector`	Vector output
`repair_stream_vector_topology`	`streams`	`network_extraction`	`s$repair_stream_vector_topology(...)`	`wbw_run_tool("repair_stream_vector_topology", args = list(...), session = s)`	`Vector`	Vector output
`representative_point_vector`	`vector`	`geometry_processing`	`s$representative_point_vector(...)`	`wbw_run_tool("representative_point_vector", args = list(...), session = s)`	`Any`	See tool docs
`reproject_lidar`	`projection_georeferencing`	`general`	`s$reproject_lidar(...)`	`wbw_run_tool("reproject_lidar", args = list(...), session = s)`	`Any`	See tool docs
`reproject_raster`	`projection_georeferencing`	`general`	`s$reproject_raster(...)`	`wbw_run_tool("reproject_raster", args = list(...), session = s)`	`Any`	See tool docs
`reproject_vector`	`projection_georeferencing`	`general`	`s$reproject_vector(...)`	`wbw_run_tool("reproject_vector", args = list(...), session = s)`	`Any`	See tool docs
`resample`	`remote_sensing`	`enhancement_contrast`	`s$resample(...)`	`wbw_run_tool("resample", args = list(...), session = s)`	`Raster`	Raster output
`rescale_value_range`	`raster`	`general`	`s$rescale_value_range(...)`	`wbw_run_tool("rescale_value_range", args = list(...), session = s)`	`Raster`	Raster output
`rgb_to_ihs`	`remote_sensing`	`enhancement_contrast`	`s$rgb_to_ihs(...)`	`wbw_run_tool("rgb_to_ihs", args = list(...), session = s)`	`tuple[Raster, Raster, Raster]`	Multiple outputs (tuple)
`rho8_flow_accum`	`hydrology`	`flow_routing`	`s$rho8_flow_accum(...)`	`wbw_run_tool("rho8_flow_accum", args = list(...), session = s)`	`Raster`	Raster output
`rho8_pointer`	`hydrology`	`flow_routing`	`s$rho8_pointer(...)`	`wbw_run_tool("rho8_pointer", args = list(...), session = s)`	`Raster`	Raster output
`ridge_and_valley_vectors`	`terrain`	`general`	`s$ridge_and_valley_vectors(...)`	`wbw_run_tool("ridge_and_valley_vectors", args = list(...), session = s)`	`tuple[Vector, Vector]`	Multiple outputs (tuple)
`ring_curvature`	`terrain`	`derivatives`	`s$ring_curvature(...)`	`wbw_run_tool("ring_curvature", args = list(...), session = s)`	`Raster`	Raster output
`river_centerlines`	`streams`	`network_extraction`	`s$river_centerlines(...)`	`wbw_run_tool("river_centerlines", args = list(...), session = s)`	`Vector`	Vector output
`river_corridor_health_assessment`	`terrain`	`workflow_products`	`s$river_corridor_health_assessment(...)`	`wbw_run_tool("river_corridor_health_assessment", args = list(...), session = s)`	`Any`	See tool docs
`roberts_cross_filter`	`remote_sensing`	`edge_feature_detection`	`s$roberts_cross_filter(...)`	`wbw_run_tool("roberts_cross_filter", args = list(...), session = s)`	`Raster`	Raster output
`root_mean_square_error`	`raster`	`general`	`s$root_mean_square_error(...)`	`wbw_run_tool("root_mean_square_error", args = list(...), session = s)`	`str`	Report/path string output
`rotor`	`terrain`	`derivatives`	`s$rotor(...)`	`wbw_run_tool("rotor", args = list(...), session = s)`	`Raster`	Raster output
`round`	`raster`	`general`	`s$round(...)`	`wbw_run_tool("round", args = list(...), session = s)`	`Raster`	Raster output
`route_calibrate`	`vector`	`linear_referencing`	`s$route_calibrate(...)`	`wbw_run_tool("route_calibrate", args = list(...), session = s)`	`Any`	See tool docs
`route_event_governance_for_linear_assets`	`vector`	`linear_referencing`	`s$route_event_governance_for_linear_assets(...)`	`wbw_run_tool("route_event_governance_for_linear_assets", args = list(...), session = s)`	`Any`	See tool docs
`route_event_lines_from_layer`	`vector`	`linear_referencing`	`s$route_event_lines_from_layer(...)`	`wbw_run_tool("route_event_lines_from_layer", args = list(...), session = s)`	`Vector`	Vector output
`route_event_lines_from_table`	`vector`	`linear_referencing`	`s$route_event_lines_from_table(...)`	`wbw_run_tool("route_event_lines_from_table", args = list(...), session = s)`	`Vector`	Vector output
`route_event_merge`	`vector`	`linear_referencing`	`s$route_event_merge(...)`	`wbw_run_tool("route_event_merge", args = list(...), session = s)`	`Any`	See tool docs
`route_event_overlay`	`vector`	`linear_referencing`	`s$route_event_overlay(...)`	`wbw_run_tool("route_event_overlay", args = list(...), session = s)`	`Any`	See tool docs
`route_event_points_from_layer`	`vector`	`linear_referencing`	`s$route_event_points_from_layer(...)`	`wbw_run_tool("route_event_points_from_layer", args = list(...), session = s)`	`Vector`	Vector output
`route_event_points_from_table`	`vector`	`linear_referencing`	`s$route_event_points_from_table(...)`	`wbw_run_tool("route_event_points_from_table", args = list(...), session = s)`	`Vector`	Vector output
`route_event_split`	`vector`	`linear_referencing`	`s$route_event_split(...)`	`wbw_run_tool("route_event_split", args = list(...), session = s)`	`Any`	See tool docs
`route_measure_qa`	`vector`	`linear_referencing`	`s$route_measure_qa(...)`	`wbw_run_tool("route_measure_qa", args = list(...), session = s)`	`Any`	See tool docs
`route_recalibrate`	`vector`	`linear_referencing`	`s$route_recalibrate(...)`	`wbw_run_tool("route_recalibrate", args = list(...), session = s)`	`Any`	See tool docs
`ruggedness_index`	`terrain`	`roughness_texture`	`s$ruggedness_index(...)`	`wbw_run_tool("ruggedness_index", args = list(...), session = s)`	`Raster`	Raster output
`sar_analysis_readiness`	`remote_sensing`	`sar`	`s$sar_analysis_readiness(...)`	`wbw_run_tool("sar_analysis_readiness", args = list(...), session = s)`	`Any`	See tool docs
`sar_coregistration`	`remote_sensing`	`sar`	`s$sar_coregistration(...)`	`wbw_run_tool("sar_coregistration", args = list(...), session = s)`	`Any`	See tool docs
`sar_interferogram_coherence`	`remote_sensing`	`sar`	`s$sar_interferogram_coherence(...)`	`wbw_run_tool("sar_interferogram_coherence", args = list(...), session = s)`	`Any`	See tool docs
`savitzky_golay_2d_filter`	`remote_sensing`	`filters`	`s$savitzky_golay_2d_filter(...)`	`wbw_run_tool("savitzky_golay_2d_filter", args = list(...), session = s)`	`Raster`	Raster output
`scharr_filter`	`remote_sensing`	`filters`	`s$scharr_filter(...)`	`wbw_run_tool("scharr_filter", args = list(...), session = s)`	`Raster`	Raster output
`sediment_transport_index`	`hydrology`	`hydrologic_indices`	`s$sediment_transport_index(...)`	`wbw_run_tool("sediment_transport_index", args = list(...), session = s)`	`Raster`	Raster output
`segment_graph_felzenszwalb`	`remote_sensing`	`obia`	`s$segment_graph_felzenszwalb(...)`	`wbw_run_tool("segment_graph_felzenszwalb", args = list(...), session = s)`	`Raster`	Raster output
`segment_multiresolution_hierarchical`	`remote_sensing`	`obia`	`s$segment_multiresolution_hierarchical(...)`	`wbw_run_tool("segment_multiresolution_hierarchical", args = list(...), session = s)`	`tuple[Raster, Raster, str]`	Multiple outputs (tuple)
`segment_scale_parameter_optimizer`	`remote_sensing`	`obia`	`s$segment_scale_parameter_optimizer(...)`	`wbw_run_tool("segment_scale_parameter_optimizer", args = list(...), session = s)`	`str`	Report/path string output
`segment_slic_superpixels`	`remote_sensing`	`obia`	`s$segment_slic_superpixels(...)`	`wbw_run_tool("segment_slic_superpixels", args = list(...), session = s)`	`Raster`	Raster output
`segment_watershed_markers`	`remote_sensing`	`obia`	`s$segment_watershed_markers(...)`	`wbw_run_tool("segment_watershed_markers", args = list(...), session = s)`	`Raster`	Raster output
`segments_merge_small_regions`	`remote_sensing`	`obia`	`s$segments_merge_small_regions(...)`	`wbw_run_tool("segments_merge_small_regions", args = list(...), session = s)`	`Raster`	Raster output
`segments_split_low_cohesion`	`remote_sensing`	`obia`	`s$segments_split_low_cohesion(...)`	`wbw_run_tool("segments_split_low_cohesion", args = list(...), session = s)`	`Raster`	Raster output
`segments_to_polygons`	`remote_sensing`	`obia`	`s$segments_to_polygons(...)`	`wbw_run_tool("segments_to_polygons", args = list(...), session = s)`	`str`	Report/path string output
`select_by_location`	`vector`	`overlay_analysis`	`s$select_by_location(...)`	`wbw_run_tool("select_by_location", args = list(...), session = s)`	`Vector`	Vector output
`select_tiles_by_polygon`	`lidar`	`io_management`	`s$select_tiles_by_polygon(...)`	`wbw_run_tool("select_tiles_by_polygon", args = list(...), session = s)`	`str`	Report/path string output
`service_area_planning_and_coverage_optimization`	`vector`	`network_analysis`	`s$service_area_planning_and_coverage_optimization(...)`	`wbw_run_tool("service_area_planning_and_coverage_optimization", args = list(...), session = s)`	`Any`	See tool docs
`set_nodata_value`	`conversion`	`raster_vector_conversion`	`s$set_nodata_value(...)`	`wbw_run_tool("set_nodata_value", args = list(...), session = s)`	`Raster`	Raster output
`shadow_animation`	`terrain`	`visibility`	`s$shadow_animation(...)`	`wbw_run_tool("shadow_animation", args = list(...), session = s)`	`tuple[str, str]`	Multiple outputs (tuple)
`shadow_image`	`terrain`	`visibility`	`s$shadow_image(...)`	`wbw_run_tool("shadow_image", args = list(...), session = s)`	`Raster`	Raster output
`shape_complexity_index_raster`	`raster`	`general`	`s$shape_complexity_index_raster(...)`	`wbw_run_tool("shape_complexity_index_raster", args = list(...), session = s)`	`Raster`	Raster output
`shape_complexity_index_vector`	`vector`	`shape_metrics`	`s$shape_complexity_index_vector(...)`	`wbw_run_tool("shape_complexity_index_vector", args = list(...), session = s)`	`Vector`	Vector output
`shape_index`	`terrain`	`derivatives`	`s$shape_index(...)`	`wbw_run_tool("shape_index", args = list(...), session = s)`	`Raster`	Raster output
`shortest_path_network`	`vector`	`network_analysis`	`s$shortest_path_network(...)`	`wbw_run_tool("shortest_path_network", args = list(...), session = s)`	`Vector`	Vector output
`shreve_stream_magnitude`	`streams`	`ordering_metrics`	`s$shreve_stream_magnitude(...)`	`wbw_run_tool("shreve_stream_magnitude", args = list(...), session = s)`	`Raster`	Raster output
`sidewalk_vegetation_accessibility_monitoring`	`lidar`	`workflow_products`	`s$sidewalk_vegetation_accessibility_monitoring(...)`	`wbw_run_tool("sidewalk_vegetation_accessibility_monitoring", args = list(...), session = s)`	`Any`	See tool docs
`sieve`	`raster`	`general`	`s$sieve(...)`	`wbw_run_tool("sieve", args = list(...), session = s)`	`Raster`	Raster output
`sigmoidal_contrast_stretch`	`remote_sensing`	`enhancement_contrast`	`s$sigmoidal_contrast_stretch(...)`	`wbw_run_tool("sigmoidal_contrast_stretch", args = list(...), session = s)`	`Raster`	Raster output
`simplify_features`	`vector`	`geometry_processing`	`s$simplify_features(...)`	`wbw_run_tool("simplify_features", args = list(...), session = s)`	`Vector`	Vector output
`sin`	`raster`	`general`	`s$sin(...)`	`wbw_run_tool("sin", args = list(...), session = s)`	`Raster`	Raster output
`singlepart_to_multipart`	`conversion`	`geometry_topology`	`s$singlepart_to_multipart(...)`	`wbw_run_tool("singlepart_to_multipart", args = list(...), session = s)`	`Vector`	Vector output
`sinh`	`raster`	`general`	`s$sinh(...)`	`wbw_run_tool("sinh", args = list(...), session = s)`	`Raster`	Raster output
`sink`	`hydrology`	`depressions_storage`	`s$sink(...)`	`wbw_run_tool("sink", args = list(...), session = s)`	`Raster`	Raster output
`sky_view_factor`	`terrain`	`visibility`	`s$sky_view_factor(...)`	`wbw_run_tool("sky_view_factor", args = list(...), session = s)`	`Raster`	Raster output
`skyline_analysis`	`terrain`	`visibility`	`s$skyline_analysis(...)`	`wbw_run_tool("skyline_analysis", args = list(...), session = s)`	`tuple[Vector, str]`	Multiple outputs (tuple)
`slope`	`terrain`	`derivatives`	`s$slope(...)`	`wbw_run_tool("slope", args = list(...), session = s)`	`Raster`	Raster output
`slope_vs_aspect_plot`	`terrain`	`general`	`s$slope_vs_aspect_plot(...)`	`wbw_run_tool("slope_vs_aspect_plot", args = list(...), session = s)`	`str`	Report/path string output
`slope_vs_elev_plot`	`terrain`	`general`	`s$slope_vs_elev_plot(...)`	`wbw_run_tool("slope_vs_elev_plot", args = list(...), session = s)`	`str`	Report/path string output
`smooth_vectors`	`vector`	`geometry_processing`	`s$smooth_vectors(...)`	`wbw_run_tool("smooth_vectors", args = list(...), session = s)`	`Vector`	Vector output
`smooth_vegetation_residual`	`terrain`	`general`	`s$smooth_vegetation_residual(...)`	`wbw_run_tool("smooth_vegetation_residual", args = list(...), session = s)`	`Raster`	Raster output
`snap_endnodes`	`vector`	`geometry_processing`	`s$snap_endnodes(...)`	`wbw_run_tool("snap_endnodes", args = list(...), session = s)`	`Vector`	Vector output
`snap_events_to_routes`	`vector`	`linear_referencing`	`s$snap_events_to_routes(...)`	`wbw_run_tool("snap_events_to_routes", args = list(...), session = s)`	`Any`	See tool docs
`snap_points_to_network`	`vector`	`network_analysis`	`s$snap_points_to_network(...)`	`wbw_run_tool("snap_points_to_network", args = list(...), session = s)`	`Any`	See tool docs
`snap_pour_points`	`hydrology`	`watersheds_basins`	`s$snap_pour_points(...)`	`wbw_run_tool("snap_pour_points", args = list(...), session = s)`	`Vector`	Vector output
`sobel_filter`	`remote_sensing`	`edge_feature_detection`	`s$sobel_filter(...)`	`wbw_run_tool("sobel_filter", args = list(...), session = s)`	`Raster`	Raster output
`soil_landscape_classification`	`precision_agriculture`	`general`	`s$soil_landscape_classification(...)`	`wbw_run_tool("soil_landscape_classification", args = list(...), session = s)`	`tuple[Raster, Raster, Vector, str]`	Multiple outputs (tuple)
`solar_site_suitability_analysis`	`terrain`	`workflow_products`	`s$solar_site_suitability_analysis(...)`	`wbw_run_tool("solar_site_suitability_analysis", args = list(...), session = s)`	`Any`	See tool docs
`sort_lidar`	`lidar`	`io_management`	`s$sort_lidar(...)`	`wbw_run_tool("sort_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`spatial_join`	`vector`	`overlay_analysis`	`s$spatial_join(...)`	`wbw_run_tool("spatial_join", args = list(...), session = s)`	`Vector`	Vector output
`spectral_angle_mapper`	`remote_sensing`	`spectral_analytics`	`s$spectral_angle_mapper(...)`	`wbw_run_tool("spectral_angle_mapper", args = list(...), session = s)`	`Any`	See tool docs
`spectral_library_matching`	`remote_sensing`	`spectral_analytics`	`s$spectral_library_matching(...)`	`wbw_run_tool("spectral_library_matching", args = list(...), session = s)`	`Any`	See tool docs
`spherical_std_dev_of_normals`	`terrain`	`roughness_texture`	`s$spherical_std_dev_of_normals(...)`	`wbw_run_tool("spherical_std_dev_of_normals", args = list(...), session = s)`	`Raster`	Raster output
`split_colour_composite`	`remote_sensing`	`enhancement_contrast`	`s$split_colour_composite(...)`	`wbw_run_tool("split_colour_composite", args = list(...), session = s)`	`tuple[Raster, Raster, Raster]`	Multiple outputs (tuple)
`split_lidar`	`lidar`	`io_management`	`s$split_lidar(...)`	`wbw_run_tool("split_lidar", args = list(...), session = s)`	`Lidar`	LiDAR output
`split_lines_at_intersections`	`vector`	`network_analysis`	`s$split_lines_at_intersections(...)`	`wbw_run_tool("split_lines_at_intersections", args = list(...), session = s)`	`Any`	See tool docs
`split_vector_lines`	`vector`	`geometry_processing`	`s$split_vector_lines(...)`	`wbw_run_tool("split_vector_lines", args = list(...), session = s)`	`Vector`	Vector output
`split_with_lines`	`vector`	`geometry_processing`	`s$split_with_lines(...)`	`wbw_run_tool("split_with_lines", args = list(...), session = s)`	`Vector`	Vector output
`sqrt`	`raster`	`general`	`s$sqrt(...)`	`wbw_run_tool("sqrt", args = list(...), session = s)`	`Raster`	Raster output
`square`	`raster`	`general`	`s$square(...)`	`wbw_run_tool("square", args = list(...), session = s)`	`Raster`	Raster output
`standard_deviation_contrast_stretch`	`remote_sensing`	`enhancement_contrast`	`s$standard_deviation_contrast_stretch(...)`	`wbw_run_tool("standard_deviation_contrast_stretch", args = list(...), session = s)`	`Raster`	Raster output
`standard_deviation_filter`	`remote_sensing`	`filters`	`s$standard_deviation_filter(...)`	`wbw_run_tool("standard_deviation_filter", args = list(...), session = s)`	`Raster`	Raster output
`standard_deviation_of_slope`	`terrain`	`roughness_texture`	`s$standard_deviation_of_slope(...)`	`wbw_run_tool("standard_deviation_of_slope", args = list(...), session = s)`	`Raster`	Raster output
`standard_deviation_overlay`	`raster`	`overlay_math`	`s$standard_deviation_overlay(...)`	`wbw_run_tool("standard_deviation_overlay", args = list(...), session = s)`	`Raster`	Raster output
`stochastic_depression_analysis`	`hydrology`	`depressions_storage`	`s$stochastic_depression_analysis(...)`	`wbw_run_tool("stochastic_depression_analysis", args = list(...), session = s)`	`Raster`	Raster output
`strahler_order_basins`	`streams`	`ordering_metrics`	`s$strahler_order_basins(...)`	`wbw_run_tool("strahler_order_basins", args = list(...), session = s)`	`Raster`	Raster output
`strahler_stream_order`	`streams`	`ordering_metrics`	`s$strahler_stream_order(...)`	`wbw_run_tool("strahler_stream_order", args = list(...), session = s)`	`Raster`	Raster output
`stream_link_class`	`streams`	`ordering_metrics`	`s$stream_link_class(...)`	`wbw_run_tool("stream_link_class", args = list(...), session = s)`	`Raster`	Raster output
`stream_link_identifier`	`streams`	`ordering_metrics`	`s$stream_link_identifier(...)`	`wbw_run_tool("stream_link_identifier", args = list(...), session = s)`	`Raster`	Raster output
`stream_link_length`	`streams`	`ordering_metrics`	`s$stream_link_length(...)`	`wbw_run_tool("stream_link_length", args = list(...), session = s)`	`Raster`	Raster output
`stream_link_slope`	`streams`	`ordering_metrics`	`s$stream_link_slope(...)`	`wbw_run_tool("stream_link_slope", args = list(...), session = s)`	`Raster`	Raster output
`stream_slope_continuous`	`streams`	`ordering_metrics`	`s$stream_slope_continuous(...)`	`wbw_run_tool("stream_slope_continuous", args = list(...), session = s)`	`Raster`	Raster output
`subbasins`	`hydrology`	`watersheds_basins`	`s$subbasins(...)`	`wbw_run_tool("subbasins", args = list(...), session = s)`	`Raster`	Raster output
`subtract`	`raster`	`overlay_math`	`s$subtract(...)`	`wbw_run_tool("subtract", args = list(...), session = s)`	`Raster`	Raster output
`sum_overlay`	`raster`	`overlay_math`	`s$sum_overlay(...)`	`wbw_run_tool("sum_overlay", args = list(...), session = s)`	`Raster`	Raster output
`surface_area_ratio`	`terrain`	`general`	`s$surface_area_ratio(...)`	`wbw_run_tool("surface_area_ratio", args = list(...), session = s)`	`Raster`	Raster output
`svm_classification`	`remote_sensing`	`classification`	`s$svm_classification(...)`	`wbw_run_tool("svm_classification", args = list(...), session = s)`	`Raster`	Raster output
`svm_regression`	`remote_sensing`	`classification`	`s$svm_regression(...)`	`wbw_run_tool("svm_regression", args = list(...), session = s)`	`Raster`	Raster output
`symmetrical_difference`	`vector`	`overlay_analysis`	`s$symmetrical_difference(...)`	`wbw_run_tool("symmetrical_difference", args = list(...), session = s)`	`Vector`	Vector output
`tan`	`raster`	`general`	`s$tan(...)`	`wbw_run_tool("tan", args = list(...), session = s)`	`Raster`	Raster output
`tangential_curvature`	`terrain`	`derivatives`	`s$tangential_curvature(...)`	`wbw_run_tool("tangential_curvature", args = list(...), session = s)`	`Raster`	Raster output
`tanh`	`raster`	`general`	`s$tanh(...)`	`wbw_run_tool("tanh", args = list(...), session = s)`	`Raster`	Raster output
`terrain_constraint_and_conflict_analysis`	`terrain`	`workflow_products`	`s$terrain_constraint_and_conflict_analysis(...)`	`wbw_run_tool("terrain_constraint_and_conflict_analysis", args = list(...), session = s)`	`Any`	See tool docs
`terrain_constructability_and_cost_analysis`	`terrain`	`workflow_products`	`s$terrain_constructability_and_cost_analysis(...)`	`wbw_run_tool("terrain_constructability_and_cost_analysis", args = list(...), session = s)`	`Any`	See tool docs
`terrain_corrected_optical_analytics`	`remote_sensing`	`radiometric_correction`	`s$terrain_corrected_optical_analytics(...)`	`wbw_run_tool("terrain_corrected_optical_analytics", args = list(...), session = s)`	`Any`	See tool docs
`thicken_raster_line`	`remote_sensing`	`filters`	`s$thicken_raster_line(...)`	`wbw_run_tool("thicken_raster_line", args = list(...), session = s)`	`Raster`	Raster output
`time_in_daylight`	`terrain`	`visibility`	`s$time_in_daylight(...)`	`wbw_run_tool("time_in_daylight", args = list(...), session = s)`	`Raster`	Raster output
`time_series_change_intelligence`	`remote_sensing`	`change_detection`	`s$time_series_change_intelligence(...)`	`wbw_run_tool("time_series_change_intelligence", args = list(...), session = s)`	`tuple[Raster, Raster, Raster, Raster, str]`	Multiple outputs (tuple)
`tin_interpolation`	`raster`	`general`	`s$tin_interpolation(...)`	`wbw_run_tool("tin_interpolation", args = list(...), session = s)`	`Raster`	Raster output
`to_degrees`	`raster`	`general`	`s$to_degrees(...)`	`wbw_run_tool("to_degrees", args = list(...), session = s)`	`Raster`	Raster output
`to_radians`	`raster`	`general`	`s$to_radians(...)`	`wbw_run_tool("to_radians", args = list(...), session = s)`	`Raster`	Raster output
`tophat_transform`	`remote_sensing`	`filters`	`s$tophat_transform(...)`	`wbw_run_tool("tophat_transform", args = list(...), session = s)`	`Raster`	Raster output
`topo_render`	`terrain`	`workflow_products`	`s$topo_render(...)`	`wbw_run_tool("topo_render", args = list(...), session = s)`	`Raster`	Raster output
`topographic_hachures`	`terrain`	`general`	`s$topographic_hachures(...)`	`wbw_run_tool("topographic_hachures", args = list(...), session = s)`	`Vector`	Vector output
`topographic_position_animation`	`terrain`	`multiscale_signatures`	`s$topographic_position_animation(...)`	`wbw_run_tool("topographic_position_animation", args = list(...), session = s)`	`tuple[str, str]`	Multiple outputs (tuple)
`topological_breach_burn`	`hydrology`	`depressions_storage`	`s$topological_breach_burn(...)`	`wbw_run_tool("topological_breach_burn", args = list(...), session = s)`	`tuple[Raster, Raster, Raster, Raster]`	Multiple outputs (tuple)
`topological_stream_order`	`streams`	`ordering_metrics`	`s$topological_stream_order(...)`	`wbw_run_tool("topological_stream_order", args = list(...), session = s)`	`Raster`	Raster output
`topology_rule_autofix`	`conversion`	`geometry_topology`	`s$topology_rule_autofix(...)`	`wbw_run_tool("topology_rule_autofix", args = list(...), session = s)`	`Any`	See tool docs
`topology_rule_validate`	`conversion`	`geometry_topology`	`s$topology_rule_validate(...)`	`wbw_run_tool("topology_rule_validate", args = list(...), session = s)`	`Any`	See tool docs
`topology_validation_report`	`conversion`	`geometry_topology`	`s$topology_validation_report(...)`	`wbw_run_tool("topology_validation_report", args = list(...), session = s)`	`str`	Report/path string output
`total_curvature`	`terrain`	`derivatives`	`s$total_curvature(...)`	`wbw_run_tool("total_curvature", args = list(...), session = s)`	`Raster`	Raster output
`total_filter`	`remote_sensing`	`filters`	`s$total_filter(...)`	`wbw_run_tool("total_filter", args = list(...), session = s)`	`Raster`	Raster output
`trace_downslope_flowpaths`	`hydrology`	`flow_routing`	`s$trace_downslope_flowpaths(...)`	`wbw_run_tool("trace_downslope_flowpaths", args = list(...), session = s)`	`Raster`	Raster output
`transfer_attributes`	`vector`	`network_analysis`	`s$transfer_attributes(...)`	`wbw_run_tool("transfer_attributes", args = list(...), session = s)`	`Any`	See tool docs
`travelling_salesman_problem`	`vector`	`network_analysis`	`s$travelling_salesman_problem(...)`	`wbw_run_tool("travelling_salesman_problem", args = list(...), session = s)`	`Vector`	Vector output
`trend_surface`	`raster`	`general`	`s$trend_surface(...)`	`wbw_run_tool("trend_surface", args = list(...), session = s)`	`Raster`	Raster output
`trend_surface_vector_points`	`raster`	`general`	`s$trend_surface_vector_points(...)`	`wbw_run_tool("trend_surface_vector_points", args = list(...), session = s)`	`Raster`	Raster output
`tributary_identifier`	`streams`	`ordering_metrics`	`s$tributary_identifier(...)`	`wbw_run_tool("tributary_identifier", args = list(...), session = s)`	`Raster`	Raster output
`true_colour_composite`	`remote_sensing`	`enhancement_contrast`	`s$true_colour_composite(...)`	`wbw_run_tool("true_colour_composite", args = list(...), session = s)`	`Any`	See tool docs
`truncate`	`raster`	`general`	`s$truncate(...)`	`wbw_run_tool("truncate", args = list(...), session = s)`	`Raster`	Raster output
`turning_bands_simulation`	`raster`	`general`	`s$turning_bands_simulation(...)`	`wbw_run_tool("turning_bands_simulation", args = list(...), session = s)`	`Raster`	Raster output
`two_sample_ks_test`	`raster`	`general`	`s$two_sample_ks_test(...)`	`wbw_run_tool("two_sample_ks_test", args = list(...), session = s)`	`str`	Report/path string output
`union`	`vector`	`overlay_analysis`	`s$union(...)`	`wbw_run_tool("union", args = list(...), session = s)`	`Vector`	Vector output
`unnest_basins`	`hydrology`	`watersheds_basins`	`s$unnest_basins(...)`	`wbw_run_tool("unnest_basins", args = list(...), session = s)`	`list[Raster]`	Raster output
`unsharp_masking`	`remote_sensing`	`filters`	`s$unsharp_masking(...)`	`wbw_run_tool("unsharp_masking", args = list(...), session = s)`	`Raster`	Raster output
`unsphericity`	`terrain`	`derivatives`	`s$unsphericity(...)`	`wbw_run_tool("unsphericity", args = list(...), session = s)`	`Raster`	Raster output
`update`	`vector`	`overlay_analysis`	`s$update(...)`	`wbw_run_tool("update", args = list(...), session = s)`	`Vector`	Vector output
`update_nodata_cells`	`raster`	`overlay_math`	`s$update_nodata_cells(...)`	`wbw_run_tool("update_nodata_cells", args = list(...), session = s)`	`Raster`	Raster output
`upslope_depression_storage`	`hydrology`	`depressions_storage`	`s$upslope_depression_storage(...)`	`wbw_run_tool("upslope_depression_storage", args = list(...), session = s)`	`Raster`	Raster output
`urban_expansion_impact_assessment`	`terrain`	`workflow_products`	`s$urban_expansion_impact_assessment(...)`	`wbw_run_tool("urban_expansion_impact_assessment", args = list(...), session = s)`	`Any`	See tool docs
`user_defined_weights_filter`	`remote_sensing`	`filters`	`s$user_defined_weights_filter(...)`	`wbw_run_tool("user_defined_weights_filter", args = list(...), session = s)`	`Raster`	Raster output
`utility_corridor_encroachment_and_access_planning`	`vector`	`workflow_products`	`s$utility_corridor_encroachment_and_access_planning(...)`	`wbw_run_tool("utility_corridor_encroachment_and_access_planning", args = list(...), session = s)`	`Any`	See tool docs
`utility_corridor_encroachment_intelligence`	`terrain`	`workflow_products`	`s$utility_corridor_encroachment_intelligence(...)`	`wbw_run_tool("utility_corridor_encroachment_intelligence", args = list(...), session = s)`	`Any`	See tool docs
`vector_hex_binning`	`vector`	`sampling_gridding`	`s$vector_hex_binning(...)`	`wbw_run_tool("vector_hex_binning", args = list(...), session = s)`	`Vector`	Vector output
`vector_lines_to_raster`	`conversion`	`raster_vector_conversion`	`s$vector_lines_to_raster(...)`	`wbw_run_tool("vector_lines_to_raster", args = list(...), session = s)`	`Raster`	Raster output
`vector_points_to_raster`	`conversion`	`raster_vector_conversion`	`s$vector_points_to_raster(...)`	`wbw_run_tool("vector_points_to_raster", args = list(...), session = s)`	`Raster`	Raster output
`vector_polygons_to_raster`	`conversion`	`raster_vector_conversion`	`s$vector_polygons_to_raster(...)`	`wbw_run_tool("vector_polygons_to_raster", args = list(...), session = s)`	`Raster`	Raster output
`vector_stream_network_analysis`	`streams`	`ordering_metrics`	`s$vector_stream_network_analysis(...)`	`wbw_run_tool("vector_stream_network_analysis", args = list(...), session = s)`	`Vector`	Vector output
`vector_summary_statistics`	`conversion`	`vector_table_io`	`s$vector_summary_statistics(...)`	`wbw_run_tool("vector_summary_statistics", args = list(...), session = s)`	`str`	Report/path string output
`vehicle_routing_cvrp`	`vector`	`network_analysis`	`s$vehicle_routing_cvrp(...)`	`wbw_run_tool("vehicle_routing_cvrp", args = list(...), session = s)`	`Any`	See tool docs
`vehicle_routing_pickup_delivery`	`vector`	`network_analysis`	`s$vehicle_routing_pickup_delivery(...)`	`wbw_run_tool("vehicle_routing_pickup_delivery", args = list(...), session = s)`	`Any`	See tool docs
`vehicle_routing_vrptw`	`vector`	`network_analysis`	`s$vehicle_routing_vrptw(...)`	`wbw_run_tool("vehicle_routing_vrptw", args = list(...), session = s)`	`Any`	See tool docs
`vertical_excess_curvature`	`terrain`	`derivatives`	`s$vertical_excess_curvature(...)`	`wbw_run_tool("vertical_excess_curvature", args = list(...), session = s)`	`Raster`	Raster output
`viewshed`	`terrain`	`visibility`	`s$viewshed(...)`	`wbw_run_tool("viewshed", args = list(...), session = s)`	`Raster`	Raster output
`visibility_index`	`terrain`	`visibility`	`s$visibility_index(...)`	`wbw_run_tool("visibility_index", args = list(...), session = s)`	`Raster`	Raster output
`voronoi_diagram`	`vector`	`sampling_gridding`	`s$voronoi_diagram(...)`	`wbw_run_tool("voronoi_diagram", args = list(...), session = s)`	`Vector`	Vector output
`watershed`	`hydrology`	`watersheds_basins`	`s$watershed(...)`	`wbw_run_tool("watershed", args = list(...), session = s)`	`Raster`	Raster output
`watershed_from_raster_pour_points`	`hydrology`	`watersheds_basins`	`s$watershed_from_raster_pour_points(...)`	`wbw_run_tool("watershed_from_raster_pour_points", args = list(...), session = s)`	`Raster`	Raster output
`weighted_overlay`	`raster`	`overlay_math`	`s$weighted_overlay(...)`	`wbw_run_tool("weighted_overlay", args = list(...), session = s)`	`Raster`	Raster output
`weighted_sum`	`raster`	`overlay_math`	`s$weighted_sum(...)`	`wbw_run_tool("weighted_sum", args = list(...), session = s)`	`Raster`	Raster output
`wetland_hydrogeomorphic_classification`	`terrain`	`workflow_products`	`s$wetland_hydrogeomorphic_classification(...)`	`wbw_run_tool("wetland_hydrogeomorphic_classification", args = list(...), session = s)`	`Any`	See tool docs
`wetness_index`	`hydrology`	`hydrologic_indices`	`s$wetness_index(...)`	`wbw_run_tool("wetness_index", args = list(...), session = s)`	`Raster`	Raster output
`wiener_filter`	`remote_sensing`	`filters`	`s$wiener_filter(...)`	`wbw_run_tool("wiener_filter", args = list(...), session = s)`	`Raster`	Raster output
`wilcoxon_signed_rank_test`	`raster`	`general`	`s$wilcoxon_signed_rank_test(...)`	`wbw_run_tool("wilcoxon_signed_rank_test", args = list(...), session = s)`	`str`	Report/path string output
`wildfire_fuel_loading_and_risk_matrix`	`terrain`	`workflow_products`	`s$wildfire_fuel_loading_and_risk_matrix(...)`	`wbw_run_tool("wildfire_fuel_loading_and_risk_matrix", args = list(...), session = s)`	`Any`	See tool docs
`wind_turbine_siting`	`terrain`	`workflow_products`	`s$wind_turbine_siting(...)`	`wbw_run_tool("wind_turbine_siting", args = list(...), session = s)`	`Any`	See tool docs
`wisart_iterative_clustering`	`remote_sensing`	`sar`	`s$wisart_iterative_clustering(...)`	`wbw_run_tool("wisart_iterative_clustering", args = list(...), session = s)`	`Raster`	Raster output
`write_function_memory_insertion`	`remote_sensing`	`change_detection`	`s$write_function_memory_insertion(...)`	`wbw_run_tool("write_function_memory_insertion", args = list(...), session = s)`	`Raster`	Raster output
`yamaguchi_4component_decomposition`	`remote_sensing`	`sar`	`s$yamaguchi_4component_decomposition(...)`	`wbw_run_tool("yamaguchi_4component_decomposition", args = list(...), session = s)`	`Any`	See tool docs
`yield_data_conditioning_and_qa`	`precision_agriculture`	`general`	`s$yield_data_conditioning_and_qa(...)`	`wbw_run_tool("yield_data_conditioning_and_qa", args = list(...), session = s)`	`Any`	See tool docs
`z_scores`	`raster`	`general`	`s$z_scores(...)`	`wbw_run_tool("z_scores", args = list(...), session = s)`	`Raster`	Raster output
`zonal_statistics`	`raster`	`general`	`s$zonal_statistics(...)`	`wbw_run_tool("zonal_statistics", args = list(...), session = s)`	`Raster`	Raster output

Whitebox Workflows for R User Manual

Tool Call Paths (R)