This project is a comprehensive tool for detecting intersections between various geometric shapes, including lines, circles, and polygons. It demonstrates fundamental and advanced concepts of computational geometry and intersection detection algorithms, focusing on:
Line-Line Intersections using orientation-based checks and edge cases handling. Circle-Circle Intersections leveraging Euclidean distance calculations. Line-Circle Intersections with distance-to-line formulas. Polygon-Polygon Intersections by checking all edges for potential intersections. The project emphasizes precision, edge case handling, and efficient geometric computations without using spatial data structures (like KD-Trees) in the initial phase. Future iterations may incorporate optimization techniques and spatial partitioning algorithms to handle complex shapes more efficiently.
Tech Stack:
C++: Core programming language. Algorithms: Orientation checks, bounding box exclusion, and collinearity checks for intersections. This project serves as a learning and showcase tool for mastering computational geometry concepts, algorithm optimization, and efficient shape intersection handling.