Uniform distribution of points on a cone constrained to a continuous line

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I was hanging lights on a Christmas tree yesterday, and thought of a problem , which may have an easy solution - but not one that I can think of off the top of my head. It is posed as follows: Consider hanging lights on a Christmas tree. A light strand has a light bulb every $k$ cm, and the Christmas tree is a cone with height $h$ and radius $r$. Is there a way to wrap the lights around the tree such that the lights have a uniform distribution on the surface area of the cone.

More precisely, is there a method which works for all cones, by which one can draw a continuous line on the surface of a cone in such a way that points every $k$ apart on the line form a uniform distribution on the surface of the cone.

Is there a simple solution? Or is it much more complicated than it seems?