At the moment I'm working on bent tubes. So I use 3D sketches for the shape of the tube and then a scan.
What I'm looking to do is have the length of the tube unfolded. To do this, I use a measurement sensor or I select the different segments and curve ends of my 3D sketch, which allows me to have the length directly with each modification of my 3D sketch.
My problem is that I wish I could fit this measurement into a plan, in the same way that I incorporate the name of the piece or the weight of the part.
Does anyone have an idea that could solve my problem?
Yes, the welded mechanic is better for this kind of app! Rather than making a sensor (not stupid at all) I would have simply dimensioned all my tube parts in my room (straight parts, curved parts, etc.) and put an annotation on the plan with the sum of all its dimensions as links! ( I'm not sure that on a map you can put a link to a sensor (but I'm asking to see )) A +
I may be saying something stupid but I think that with a global variable linked to an annotation in your MEP should be able to execute what you are trying to do...
Otherwise, as @Fred and @David say, the mechanically welded allows you to create bills of materials that provide information on the properties of each section of your piping (weight, length, material, etc.).
Unfortunately I can't use a mechanically welded structure, the tubes I work on are already existing tubes for the most part and they are made via a sweep (there are several 10 of them)
@Joss.G: The global variable is more like what I would like to use, but I can't use a sensor as a global variable...
I tried Lucas P's method to score the arcs (a method that works very well by the way), but I can't use these dimensions in the gloabale variables, nor to measure an arc with this method in the variables.