27 ms·
does this assume the xmas tree is shaped like a column or a cone? edit: ah, i re-read the original problem and it does mention column. i thought it was a xmas
by waynesonfire 5y ago
does this assume the xmas tree is shaped like a column or a cone?
edit: ah, i re-read the original problem and it does mention column. i thought it was a xmas tree that was being wrapped.
- Someone 5y agoThat would be harder, yes. Reading https://en.wikipedia.org/wiki/Conical_spiral#Slope https://en.wikipedia.org/wiki/Conical_spiral#Slope, you want a logarithmic spiral (you need a constant angle to make the problem make sense) Luckily, arc length isn’t too gnarly for those (same Wikipedia page), but you still have one equation with two variables. I would have to think hard about whether those give you a unique solution. I also doubt that spiral would give you uniform coverage of the cone (and that probably, is the real requirement, not constant angles), but again, I would have to do some thinking.
- waynesonfire 5y agooh, interesting variation for uniform coverage! that is indeed what i'd want for the tree. in building a road around a cone, a constant angle would be more desirable.