Makes one wonder if the YOLO algorithm would work better with hexagons. "Hexagons were an important choice because people in a city are often in motion, and he

Makes one wonder if the YOLO algorithm would work better with hexagons. "Hexagons were an important choice because people in a city are often in motion, and hexagons minimize the quantization error introduced when users move through a city. Hexagons also allow us to approximate radiuses easily, such as in this example using Elasticsearch." [Edit]Maybe https://www.researchgate.net/publication/372766828_YOLOv8_for_Defect_Inspection_of_Hexagonal_Directed_Self-Assembly_Patterns_A_Data-Centric_Approach https://www.researchgate.net/publication/372766828_YOLOv8_fo...