Computational Geometry
Computational Geometry involves the study and application of algorithms and mathematical concepts to solve geometric problems that arise in various fields such as computer graphics, robotics, geographical information systems, and computer-aided design. This field focuses on developing efficient computational methods for tasks such as geometric modeling, spatial analysis, shape recognition, and collision detection. By utilizing principles from geometry, calculus, and computer science, computational geometry aims to address complex geometric problems through the use of algorithms and data structures.
External Links
- [Tilings.org] Tilings, Geometry and Automorphisms of Surfaces | Tilings, Automorphisms, Hyperbolic Geometry and Computational Group Theory
- [cgal.org] The Computational Geometry Algorithms Library