grid-los-traversal-contract

Deterministic line of sight on a grid is calculated by applying explicit traversal algorithms across square or hexagonal topologies, ensuring reproducible visibility checks between two points while handling obstacles.

Yes, this visibility traversal approach explicitly supports both square and hexagonal grid topologies, applying deterministic policies to ensure consistent visibility calculations across different map layouts.

Grid topology and obstacle semantics are explicitly separated in this LOS traversal approach, defining discrete map layouts and handling terrain obstacles to ensure visibility checks remain deterministic and reproducible.

Reproducible visibility checks in turn-based strategy games are best handled using deterministic grid traversal algorithms, which calculate line of sight consistently by explicitly defining topology policies and obstacle semantics.

Line of sight calculations return inconsistent results when topology policies and obstacle semantics are not explicitly defined, making deterministic grid traversal necessary to enforce reproducible visibility checks.