Yes, there were a few problems. Once I had to scale to 1/10, separate, then join after a fillet had left the object as a Joined srf instead of Solid.
Another time I was trying to create a fillet which effectively blended to 0. I couldn't get the Fillet Set feature to work so I created a 'stop' element which allowed the fillet to be created BEFORE ending in 0. This was not optimum, but based on the overall complexity of the model, wasn't so bad.
FWIW, the whole model was a solid at the end. Impressive how MoI could keep up with so many boolean, fillet and chamfer applications.
Looks very impressive, Chipp. Is it a fantasy model or an actual application? Maybe a job from NASA to design their latest nuclear fusion powered warp drive? :)
Hi Chipp,
Nice stuff. A quick question. When you modeled and setup these types of component cuts, etc, did you just do a straight cut and fillet the edges to give the "separation" effect? Or did you model some type of tolerance gap there, into the cuts also?
I drew a single polyline, radiused it, then offset it the gapwidth with cap ends turned on. Then I just boolean diff'd it. If I wanted to create a 'trench' gap, I would've boolean merged it, then scaled it down on the z direction (height) then boolean unioned.
Hi Frenchy,
I use OBJ just in case I want to add some very tiny edge fillets. The nurbs works fine, but is slower and doesn't allow for rendered edge fillets.
Yes, I agree Vojtěch, I'm amazed at how stable and powerful. I created this on a New MacBook, which is very underpowered. Took an hour of dinking around..
