Loose hex grid/individual cell dimensions

[pladams9]

Instead of setting row and column sizes (which doesn't translate 100% to hex grids), treat all cells individually. Cells would be stored simply as a point representing their center, and borders would be drawn between those points.

• The only constraint would be that an individual point could not be moved outside the hexagon formed by its neighboring six points (i.e. the neighboring centers).
• A cell could be scaled individually be moving it's neighboring points uniformly outward or inward.
• Fuzzy/magnet movements could be used, so that changes propagated outwards to a certain (adjustable) influence.
• Rows, ranges, and arbitrary selections could all be adjusted the same way.

The grid would remain topologically the same, and therefore logically the same.

[pladams9]

Steps for constructing hexagon from neighboring centers:

1. Find the perpendicular bisectors of the line segments connecting one center and its neighbors.
2. Find the intersections between neighboring pairs of bisectors.
3. Connect the intersections to form a hexagon.