If the circle is not actually a circle then you've got two other options...If you don't care about the "centerpoint" lying in the same plane as the curve (if the curve is indeed planar), then you can take the bounding box of the curve and extract its midpoint. If the curve is planar and you do care about the "center point" lying in the same plane as the curve, then you can make a surface from the curve, then use the BRep Area component to extract the centroid of the created surface.
-Damien On Apr 21, 8:43 am, fraguada <[email protected]> wrote: > If it is indeed a circle then you should be able to use the "Center" > Component found in Curve>Analysis>Center. This gives you the center > point as well as the radius. > > luis > > On Apr 21, 1:40 pm, JBR Solutions <[email protected]> wrote: > > > Hi All, > > After some meths functions, I arrive to a circle(curv). I'm trying to > > use the diameter or radius of the circle to be able to offset with a > > good relation betwween thickness and diameter, but I don't know how > > can I extract the numerical value of the diameter(ir radius) from a > > Circle(Crv) and be able to use it for other calculations. > > Thanks in advance.
