Animated Plots | Tabular data

Determine Target Region | Access Images by ID | Download SRTM Topographic Diversity product | Create a local Hillshade from DEM | Working with Image Collections | Composite LiDAR DEM | Downloading individual images in a collection

Working with Tiles | The Parallel Ecosystem | Two Layers of Parallelism | Scaling Up: From a Laptop to a Cluster | Scenario 1: Sequential Processing (No Parallelism) | Scenario 2: Local Multicore Processing | Scenario 3: Distributed Cluster Processing | The geomorphons() Call Stays the Same | Demo with salton | Important Notes | Beyond Parallelism: The Flexibility of LAPPLY.FUN

Overview | Getting Started: Creating a Virtual Environment | Using reticulate to Create a Venv | Detecting Available Python Versions | Installing GDAL via rgeowheels | Basic Installation (Auto-Detect Python Version) | Suppressing the Auto-Detect Message | Explicit Version Specification | Check Available Versions | Complete Workflow Example: CI/CD Integration with Reticulate | Troubleshooting | "Could not find wheels for..." Error | Python Binary Not Found | Setting Custom Python Path | CI/CD Integration Examples | GitHub Actions Workflow | Performance Benefits | Summary

Background | What is a GeoPackage? | Create a Geopackage | Insert Vector Layers | Insert Attribute Table | Read a GeoPackage | Inspect Contents of GeoPackage | Lazy Data Access | Method 1: gpkg_table_pragma() | Method 2: gpkg_vect() and gpkg_query() | Method 3: gpkg_rast() | Method 4: gpkg_table() | Managing Connections

Introduction | Setup | How whitebox works | Interfacing with R spatial packages | Working with Raster Data | WhiteboxTools R setup | Installing WhiteboxTools | Package Settings with wbt_init() | exe_path argument | wd argument | verbose argument | Long-term Package Option Settings | Running tools | Example: Compare input v.s. output with terra | Run wbt_breach_depressions() (BreachDepressions tool) | Visualize results with terra | Example: Identifying Tributaries | wbt_breach_depressions() -- Breach DEM Depressions | wbt_d8_pointer() -- Calculate Flow Direction | wbt_d8_flow_accumulation() -- Flow Accumulation | Additional Flow Direction and Accumulation Tools | wbt_extract_streams() -- Extract Stream Network | wbt_tributary_identifier() -- Identify Tributaries | Compare results | Appendix: wbt_* utility functions | wbt_help() | wbt_license() | wbt_version() | wbt_list_tools() | wbt_tool_help() | wbt_toolbox() | wbt_tool_parameters() | wbt_view_code()

wbt() | Getting Started | Result Objects | wbt_result class | wbt_result on error | Vignette Topics | Input and Output with R spatial objects | Compare raster and terra as R raster object frontends | wbt_source(): rasters in memory, and vector data | Running Sequences of Tools | Using pipes | Coordinate Reference Systems (CRS) | Setting the CRS

What version of WhiteboxTools are these data sets generated from? | WhiteboxTools Tool Names and R Function Names | WhiteboxTools Tool and Parameter Names | Example: Finding Tools by Parameter Type | Appendix: Tables of Function Names by Toolbox

parse_family() | ST_family_classes

taxon_to_taxon_code() | taxon_code_to_taxon() | taxon_to_level() | getTaxonAtLevel() | getParentTaxa() | decompose_taxon_code() | preceding_taxon_codes() and relative_taxon_code_position()