OpenTopography Tool Registry
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The OpenTopography Tool Registry provides a community populated clearinghouse of software, utilities, and tools oriented towards high-resolution topography data (e.g. collected with lidar technology) handling, processing, and analysis. Tools registered below range from source code to full-featured software applications. We welcome contributions to the registry via the Contribute a Tool page.
Appearance of a tool in the OpenTopography Tool Registry does not imply endorsement, recommendation, or support, by the NSF OpenTopography Facility and is meant simply as a service to our users. OpenTopography does not guarantee the completeness or accessibility of specific content and links contributed by users. If you have been directly involved with the development of a registered tool and are not the original contributor of the tool to the registry, please email info@opentopography.org to supply updates or modifications to its entry.
| Date | Tool Name | Tool Type | Keywords | Rating |
|---|---|---|---|---|
| 9 Jun 2011 | MCC-LIDAR Description: Multiscale Curvature Classification of ground returns in 3-D lidar point clouds (las files), designed for forested environments |
Point Cloud Analysis | classification, filter, curvature, ground, interpolation |  (0 rating) |
| 22 Feb 2014 | RiverTools Description: RiverTools is a user-friendly GIS application that contains a wide variety of tools specifically designed for terrain and watershed analysis and visualization. Version 4.0 supports the latest versions of Windows, Mac OS X and Linux. |
Software Suite | DEMs, terrain, river network extraction, contributing area, curvature |  (1 rating) |
| 4 Sep 2014 | GeoNet Description: Computational tool for the automatic extraction of channel networks and channel heads from high resolution topography |
DEM Analysis | channel heads, channel networks, nonlinear filtering, geodesic curves, curvature analysis | (2 ratings) |
| 3 Dec 2018 | scarplet Description: scarplet is a Python package for detecting and relatively dating landforms like fault scarps in DEMs. It implements curvature based landform templates that can be used to estimate the maturity of a feature by diffusion dating or detect distinctive topographic features. |
DEM Analysis | Python, fault scarp, edge detection, image processing, diffusion dating | (0 rating) |