sicGeom

sicGeom is an open-source software library designed for geometric modeling and computational geometry. Developed primarily in C++, it provides a collection of algorithms and data structures to facilitate the creation, manipulation, and analysis of geometric objects in two and three dimensions. The library is particularly well-suited for applications requiring precise geometric computations, such as computer-aided design (CAD), simulation, robotics, and scientific visualization.

sicGeom emphasizes robustness and efficiency, offering tools for handling basic geometric primitives like points, lines, and polygons, as well as more complex structures such as meshes, volumes, and spatial partitions. It supports operations including intersection detection, distance calculations, and geometric transformations, which are essential for tasks like collision detection, path planning, and spatial indexing. The library also includes utilities for handling uncertainties and tolerances, making it suitable for applications where precision is critical.

One of the key features of sicGeom is its modular design, allowing users to integrate specific components into larger projects without requiring the entire library. This flexibility makes it accessible for both researchers and developers working on specialized geometric problems. The library is actively maintained and regularly updated, with contributions from the open-source community, ensuring compatibility with modern programming practices and hardware architectures.

sicGeom is distributed under an open-source license, enabling free use, modification, and distribution. It is often used alongside other open-source tools to create comprehensive geometric processing pipelines. While it does not include a graphical user interface (GUI), its focus on core computational functionality makes it a valuable asset for developers building custom geometric solutions. Documentation and examples are provided to assist users in implementing geometric algorithms effectively.