HELIOS++
HELIOS++ is developed and maintained by the 3DGeo Research Group at Heidelberg University. This C++11-written package provides robust capabilities for simulating various LiDAR operations, making it a valuable resource for researchers and practitioners in geospatial science. It supports detailed simulations of laser scanning surveys, essential for planning and analysis in 3D geographic data acquisition.
HELIOS++ is a powerful open-source software package designed for the simulation of terrestrial, mobile, and airborne laser scanning surveys. Developed by the 3DGeo Research Group at Heidelberg University, it is primarily written in C++11 but offers a convenient Python interface, making it accessible for a wide range of users.
This tool is crucial for anyone involved in LiDAR data acquisition and processing, enabling users to model and understand the complexities of different scanning environments and sensor configurations. It helps in predicting data coverage, intensity, and point cloud characteristics before actual field deployment, optimizing survey planning and execution.
Installation of HELIOS++ is streamlined, with the recommended method being via the conda package manager. Users can easily set up the software using conda install -c conda-forge helios, ensuring all necessary dependencies are met for a smooth operational experience. The project is actively maintained, indicated by its GitHub presence and badges for issues, license, and activity.
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