Article Optimization of the rectangle area inside a concave polygon using PSO and Tabu Search Publisher DOI Details People (1) ...

Tools such as surrounding polygons derived from multi-environment trials using concave or convex hulls (Gombin et al. 2020) are instrumental in delineating the TPE. However, Olivoto and Lucio (2020) ...

The Sutherland-Hodgman algorithm is easy to implement and can handle both convex and concave polygons. This makes it a versatile choice for various applications in computer graphics, ensuring ...

Computer simulations allow assessing the convergence properties and performance of the approach for convex and concave polygons. Additionally, results from experiments with real images of amorphous ...

For discontinuous (with gaps) images, currently in editor Sprite2D Convert to Polygon2D or CollisionPolygon2D can only generate multiple polygons.But sometimes we want to treat the image as a single ...

REYNOLDSVILLE — Students in Lydia Holt’s mathematics classes at Jeff Tech have been gaining hands-on problem solving experiences this year, as they learn how to also apply these skills in ...

Difference between Concave vs Convex Lens: Isn’t physics one of those subjects that almost every student is scared of? Well why not, given the complexity of problems and difficulty level of the ...

Convex polygons are always valid. Concave polygons can, but need not necessarily, be invalid. If the concave regions of an invalid polygon make up a relatively small part, the deviation from the ...

Generalization of the building polygon maps is a challenging problem within the world range. The paper discusses the automatic generalization algorithm of urban building polygon in GIS environment.

Other polygon clipping algorithms can overcome the limitations of the Sutherland-Hodgman algorithm, such as the Weiler-Atherton algorithm, which uses a complex data structure to store and traverse ...