conversion step to sheet metal

[PSTIB]

Bye to all,
I should import into itself st of the saved assemblies in step format. in the conversion if it generates by default axioms consisting of parts (.par) while I would need to have axioms of sheets (.psm).
Can someone tell me how I can change the settings if to solve this problem, avoiding creating sheets as copies of the parts?

Thank you.

 

[gerod]

That was not possible at 20. I think we can't do it with st. How do you import a body like sheet metal? you should have an ultra cool algorithm that recognizes the various folds, closures, etc.
Maybe you could import it as a copy starts in a default psm but then you still have to work in it.
I don't know if somewhere you can tell the program to change the default template file in psm (maybe you but I have the 20 again).
however welcome and the new should come!! ! ! ! ! !
Hi.

 

[gerod]

That was not possible at 20. I think we can't do it with st. How do you import a body like sheet metal? you should have an ultra cool algorithm that recognizes the various folds, closures, etc.
Maybe you could import it as a copy starts in a default psm but then you still have to work in it.
I don't know if somewhere you can tell the program to change the default template file in psm (maybe you but I have the 20 again).
however welcome and the new should come!! ! ! ! ! !
Hi.

 

[ipotemusa]

That was not possible at 20. I think we can't do it with st. How do you import a body like sheet metal? you should have an ultra cool algorithm that recognizes the various folds, closures, etc.
Maybe you could import it as a copy starts in a default psm but then you still have to work in it.
I don't know if somewhere you can tell the program to change the default template file in psm (maybe you but I have the 20 again).
however welcome and the new should come!! ! ! ! ! !
Hi.

you can do it, but you have to import n times the same step by telling him to use normal.psm as a single entity, then in the various bodies each time you have to "create basic features" one at a time, eliminate all others, convert it into sheet metal and save.
It's a little long, but it works, already done several times.
the resulting piece is to all effects a sheet, only that you can not vary the curve and fold parameters (of the existing ones). Consequently development does not depend on itself
I hope I've been clear, if you need some more info, please.
Hi.
silvio
hypothesized