How to organize tracings from ship's lines?
Posted: Wed Oct 08, 2008 11:27 am
Recently I located a set of ship's lines for the SMS Emden I. I thought I would try to recreate the hull in Rhino 4.0 as a learning exercise.
As you know, the section lines are, on paper, stacked on top of one another. My intuition is that each section line needs to be traced -- and then pulled off to one side or filed in a numbered parts bin.
The next step would be to space them out and assemble them, one by one, to the keel line.
I was wondering how best to keep all these section lines sorted out in Rhino?
I suppose I could assign each line to a layer, and then hide the finished layers as I trace each new line. Another way might be to use numbered files or Blocks for each line?
In any event it is a problem that begs for some sort of logical system -- just wondering how you all tackle it. It is not unique to Rhino, probably a system of some sort would find application in ACAD and other programs as well.
In model airplanes, the organization and numbering problem solves itself, because the input is usually a scan from printwood. The formers are already spread out on a plank, an none of them are superimposed.
Thank you for your insights, Michael
As you know, the section lines are, on paper, stacked on top of one another. My intuition is that each section line needs to be traced -- and then pulled off to one side or filed in a numbered parts bin.
The next step would be to space them out and assemble them, one by one, to the keel line.
I was wondering how best to keep all these section lines sorted out in Rhino?
I suppose I could assign each line to a layer, and then hide the finished layers as I trace each new line. Another way might be to use numbered files or Blocks for each line?
In any event it is a problem that begs for some sort of logical system -- just wondering how you all tackle it. It is not unique to Rhino, probably a system of some sort would find application in ACAD and other programs as well.
In model airplanes, the organization and numbering problem solves itself, because the input is usually a scan from printwood. The formers are already spread out on a plank, an none of them are superimposed.
Thank you for your insights, Michael