Well unfortunately I don't have permissions or some such thing so here's one possible response.
To find the volume of a cylinder of hexes 10m in dia and 65 m tall:
Volume = π • r² • height. And Volume = π • r² for the circle
Take each "slice to be one hex high and you get a cylinder that is 32.5 hexes high. I am doing the hexes as cylinders not as spherical objects. Then calculate to volume of one "slice" which is pi(2.5^2) or 19.64 which you then multiply by 32.5 and you get 638.3 hexes.
Is this what you were looking for jgeurin? Or was this already answered and my measly permissions didn't allow me to notice the response?
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Gummibear
Well unfortunately I don't have permissions or some such thing so here's one possible response.
To find the volume of a cylinder of hexes 10m in dia and 65 m tall:
Volume = π • r² • height. And Volume = π • r² for the circle
Take each "slice to be one hex high and you get a cylinder that is 32.5 hexes high. I am doing the hexes as cylinders not as spherical objects. Then calculate to volume of one "slice" which is pi(2.5^2) or 19.64 which you then multiply by 32.5 and you get 638.3 hexes.
Is this what you were looking for jgeurin? Or was this already answered and my measly permissions didn't allow me to notice the response?
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