Circular/Spiral Game Board Question

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Discussion Overview

The discussion revolves around the feasibility of creating a circular or spiral game board using interchangeable curved tiles of uniform shape and size. Participants explore geometric considerations related to the design and production of such a game board.

Discussion Character

  • Exploratory, Technical explanation, Debate/contested

Main Points Raised

  • One participant questions whether it is possible to create a game board with interchangeable tiles that are all the same size and shape.
  • Another participant suggests that while a circular board can be made using tiles shaped as sections of a circle, a spiral board cannot be constructed with uniform tiles.
  • A later reply counters that it is indeed possible to create a spiral using tiles of the same size and shape, specifically referencing the Archimedean spiral and providing a resource for further exploration.

Areas of Agreement / Disagreement

Participants express differing views on the possibility of creating a spiral game board with uniform tiles, indicating that the discussion remains unresolved regarding this specific aspect.

Contextual Notes

The discussion highlights assumptions about the geometric properties of circular and spiral shapes, as well as the implications for tile design and production costs.

Zii
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I'm completely new to these fourms, have a rudimentary understanding of geometry, and wasn't sure where to post this question, so appologies if this is the wrong forum, I'd be appreciative if you could direct me to the right place.

My question is whether it is possible to create a circular or spiral game board out of curved tiles that could all be the same shape and size. This is for a game venture my friend and I are working at, and the idea is that the game board is composed of interchangeable tiles so that it is customizable. We would like to have the pieces all be the same size in order to cut down on production costs, but if it's impossible to do we can work around pieces needing to be larger or smaller.
 
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"Circular", yes. Make each tile the section of a circle between two fixed radii, r_2 and r_2 with r_1< r_2 and fixed center angle \theta.

You cannot have a spiral having all tiles of the same size and shape.
 
Thank you! I'll give it a try.
 
HallsofIvy said:
You cannot have a spiral having all tiles of the same size and shape.

Sure you can! The shape will be an Archimedean spiral. Here's a page with some example spiral tessellations:

http://www.squamificio.net/books/spira/spira.htm
 
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