This program generates synthetic 2-dimensional terrain and calculates line-of-sight along that terrain. The program can generate any number of synthetic terrain sets with the associated line-of-sight vectors that indicate is line-of-sight exists between the observer and all the points along the terrain.

An Unreal Engine 5 open-source RTS/MOBA Line of Sight implementation that aims to be performant, customizable and dependable

Paralelní a distribuované algoritmy - Projekt - Viditelnost

A collection of field-of-view/line-of-sight algorithms designed for tile-based games.

Parallel and Distributed Algorithms - Project - Line-of-Sight

Interactively visualize the impact on views for proposed new or updated buildings

Line-of-Sight tool for the D&D Miniatures game

Hexagon tile map generator using SFML.net

ACCESS(opportunity) CALCULATION FOR RECON MISSIONS with planes/drones/UAVs.

Holistic deployment of wireless networks with regard to the general interconnectedness of all things.

A line of sight analyzer implemented without using ray casting techniques.

A simple Line of Sight (LOS) implementation with Unity physics ray casting system

Baha’ A. Alsaify, Mahmoud M. Almazari, Rami Alazrai, Mohammad I. Daoud, A dataset for Wi-Fi-based human activity recognition in line-of-sight and non-line-of-sight indoor environments, Data in Brief, Volume 33, 2020, 106534, ISSN 2352-3409, https://doi.org/10.1016/j.dib.2020.106534.

Highly efficient holistic 2D visibility solution for grid-based environments/maps (C++ and MATLAB). Extends to a planner.

Navigation, Guidance and Control System design for a Biomimetic Robot, focusing on building a Simulation environment (using Matlab/Simulink) enhanced with a 3D graphic Interface.

A python toolbox for ArcGIS designed for creation and analysis of Lines of Sight. The tool provides new functionality especially in analyzing of Line of Sight. The toolbox uses Python 2.7 as distributed with ArcGIS 10.3.

Proportional Navigation tool for python >3.6

The Tektosyne Library for Java provides algorithms for computational geometry and graph-based pathfinding, along with supporting mathematical utilities and specialized collections.