During the process of getting to the bottom of yesterday's bizarre mesh problem I got to see a really handy script in action. It dumped massive amounts of information about the mesh object it was dropped into (most of it went right over my head -- there's still a lot I need to learn about how mesh works and reacts in-world and in the viewer). One handy bit of information it gave was the distances at which the different LOD switches would happen.
I like to think I have a fairly good feel for how the different LODs for a mesh should look, and indeed when I can even leave them out. In some situations I will leave out the lowest and low LODs if I feel that they'll never be seen (although I've noticed that the lowest can often be seen very close when an object first comes into view, or first comes back into view after being hidden by another object, or looked away from; but that's a different story). This can, of course, save a ton of land impact. So normally I just mesh away, upload, make sure my viewer's RenderVolumeLODFactor is set to no more than 2 and then cam around and away like crazy and see how the object reacts and looks. This has generally served me well.
Fact is though, as is detailed in Beq's article in this issue of Prim Perfect, there's an actual calculation that can be done to know exactly what the distances are. That's just too handy and some hard numbers will always trump a vague feel. So, given that, I took what's given on the Wiki and wrote the following script to give the bare minimum information.
Hopefully that's useful to someone else too.
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