Add coverage notes for the rigid hexagon
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@ -21,6 +21,10 @@ AD &\;=\;& BE &\;=\;& CF &\;=\;& r + s
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for some positive $r$, $s$. Show that $A$, $B$, $C$, $D$, $E$, $F$ must be the vertices of an equiangular planar hexagon.”
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#### Coverage
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At pull request #84, you can place six points in a rough planar hexagon, impose the distance constraints for some chosen $r$ and $s$, and see that the assembly becomes an equiangular planar hexagon, which seems to be rigid when you nudge the points.
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## Exploring configuration spaces
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### The configuration space of equiangular, equilateral hexagons
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