![]() ![]() How to fix the netload error for the cope routine.Ĭannot load assembly. How to deal with the above when using non round tubes.Ħ. Tubes angled in 2 planes centres lines not coincident ie internal members offset to enable 2/3 to meet at same node.ĥ. #DELTACAD MACRO FULL#How to create a mitre maintaining full wall thickness. Tubes angled in 2 planes ie: for triangular space truss.Ĥ. ![]() If anyone can provide me some help with the following I would be really grateful:ġ. I was hoping the COPE file from SEANT may answer my problems but this will not load generating the error shown at the bottom of this post. offsetting the intersection edge of the inner wall and trying to project onto outer at 90deg-this does not offset correctly due to the complex geometry. drawing a tube inner radius only subtracting from that then shelling-this only re creates the taper. I realise this a bit of a hack and it never works out spot on as the slicing plan never seems to match exactly the intersection point of the 3D tube inner wall. To get rid of this less than full thickness material I create a slicing plane through intersection of non-cut tube 1 and the inner wall of the tube to be cut, I establish this point by drawing a 2D cross section. This loss of wall thickness is not ideal. To draw the cope end I subtract one tube from the other, this creates a taper from wall thickness t at the intersection of the inner tube face to zero at the intersection of the outer wall face. I have been struggling with this issue for weeks using Acad2012, Win 7. The program seems to work very good now, i havnt been able to find any other issue yet. 155" wall so i had to clearance and radius inside a lot to get it to fit nicely. 065" so its not that critical, but these last pipes i was doing was 1.125 dia. I then use a hand held grinder to grind clearance on the inside diameter so the miter sits real nice on the uncut tube. When cutting the pipe from one of these templates I usually use a band saw and get the basic cuts done. The two methods would require a different curve projection to achieve the correct contour for the inner radius.įor that matter, is the wall thickness of the pipe thin enough (with respect to the diameter) that compensating for it would not really amount to much? ![]() As a general question is this type of pipe cutting usually done by band saw (specifically, cutting straight through)? The alternate would be via a jigsaw with a blade smaller than the diameter of the pipe. The wall thickness situation is next to get attention. If you get a chance, give it a test drive and let me know about any problems. I’ve addressed a couple of the issues with the first routine. ![]()
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