Sirius2
Mechanical
- Dec 15, 2002
- 67
Hi,
Ive been batting around with Inventor on and off for a while now. I accept that its not the ideal solution for some tasks we do (progressive stamping die design), but I was wondering if it was possible in the new relesses to :
a) draw a parabolic curve yet.
b) can you input a 3d path via typing co-ordinates or a spreadsheet?
No Autodesk products seem to allow you to draw parabolic curves, this is of great disadvantage if you are working on jobs for satellite dishes.
I know in MDT you can easily construct a 'pipe path' by drawing a polyline 'point to point' in 3d space via typing 3d co-ordinates - can Inventor do this yet?. We do exhaust pipe work, so its not cable and routing software gear we need. We get a paper drwing of bend convergence points in x-y-z co-ordinates and a size of a general bend radii for the whole exhaust system. The 3d sketch seems longwinded, having to project points and create offset workplanes and dimensions to projected points etc etc.
Cheers
Sirius2
Ive been batting around with Inventor on and off for a while now. I accept that its not the ideal solution for some tasks we do (progressive stamping die design), but I was wondering if it was possible in the new relesses to :
a) draw a parabolic curve yet.
b) can you input a 3d path via typing co-ordinates or a spreadsheet?
No Autodesk products seem to allow you to draw parabolic curves, this is of great disadvantage if you are working on jobs for satellite dishes.
I know in MDT you can easily construct a 'pipe path' by drawing a polyline 'point to point' in 3d space via typing 3d co-ordinates - can Inventor do this yet?. We do exhaust pipe work, so its not cable and routing software gear we need. We get a paper drwing of bend convergence points in x-y-z co-ordinates and a size of a general bend radii for the whole exhaust system. The 3d sketch seems longwinded, having to project points and create offset workplanes and dimensions to projected points etc etc.
Cheers
Sirius2