hex-grid-spatial

To calculate neighbors on an odd-r hex grid in Python, import the hex utilities and call the neighbor discovery function. This applies offset-to-cube conversion to compute adjacent tiles for pathfinding and spatial queries.

The best way to find tiles within a specific range on a hex map is using a dedicated range query function. It computes all valid hex coordinates within a given radius from a central point for area effects or territory calculations.

Hex distance calculation with offset coordinates works by converting odd-r offsets into cube coordinates. This conversion enables robust distance measurement between any two tiles, essential for gameplay mechanics and path planning on Civ6-style grids.

Yes, you can use these hex grid spatial utilities for game territory calculations. They provide neighbor discovery, distance measurement, and range queries specifically built for grid-based pathfinding and spatial queries in simulations.

No, you do not need to manually convert odd-r offsets to cube coordinates before querying. The utilities apply input normalization and offset-to-cube conversion internally, allowing you to pass raw odd-r coordinates directly into distance and range functions.