lidar
Lidar is a specialized Python package designed for analyzing high-resolution topographic data, particularly Digital Elevation Models (DEMs) derived from LiDAR. It enables the delineation of the nested hierarchy of surface depressions, offering crucial insights for hydrological and geomorphological studies. The tool is openly available and supported by comprehensive documentation.
The lidar package is a powerful Python tool created for the advanced analysis of digital elevation models (DEMs). It specializes in delineating the nested hierarchy of surface depressions, a critical function for understanding terrain and hydrological processes. This package is particularly effective with high-resolution topographic data, such as DEMs generated from Light Detection and Ranging (LiDAR) data.
Key features include its open-source nature, with its development hosted on GitHub. Users can easily access its documentation for detailed guidance and explore examples in Jupyter Notebooks via Google Colab. The package is readily available through PyPI and Conda-forge, simplifying installation and integration into existing workflows.
Lidar provides essential capabilities for professionals and researchers in fields requiring detailed terrain analysis, hydrology, and geomorphology, especially when working with high-precision LiDAR-derived datasets.
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