and first of all I wish to thank you for your very clear reply.
> It is just normal though that special purpose tools won't receive the same level of polish as ones that are used by a lot of people.
Regarding this point I totally agree with you. J have nothing further to add.
Just for a little javascript practice, I will try to create my own version with all these three different versions you wrote, combined together,
and if I i will get good result I will certainly share it with all of you.
I believe the #1 with an offset number (x and y) set by the user, could mimic bend allowence for sheet metal. Just the unfold had to be manual, if the script placed a curve on center of the offset, and this curve is used to set the rotation. MOI's snaping tools are great for this.
Ok Carlos. As soon as I have some free time I'll try to assemble this type of script.
> I believe the #1 with an offset number (x and y) set by the user,
> could mimic bend allowence for sheet metal. Just the unfold had to be manual,
> if the script placed a curve on center of the offset, and this curve is used to set the rotation. MOI's snaping tools are great for this.
Could you be more specific and upload some images, or (better) a video, showing what exactly you mean ?
There is one ultimate guide about press brake, it mentioned everything about press brake as well as the bending operation, hope it can be helpful for you. Here is it: https://machinemfg.com/press-brake-ultimate-guide/
Here an example of my sheet metal workflow for parametrics parts
The workfloor is :
1 - Simple 2D part's drawing . ( complex part's can be import from SOLVESPACE )
2 - Part's extrusion
3 - Part's 3D connection/assembly with junctions .
4 - Final boolean union
5 - Layout with Make2D4Views function
6 - 3D part's export in STEP , SKP ...
7 - Layout export in PDF
example3.jpg
