I just wanted to submit a feature request to add this to solvespace. This will make solvespace most advanced algebraic parametric CAD software around :) I have many parts and features, that are of simple algebraic relations to other features, like b=3*a+0.1, etc. or b=1.671*a, etc. Some of these can be done with some construction lines and a lot of simple constraints, but it is really stupid. Internal solvespace solver can handle arbitrary smooth algebraic conditions, so let us use it ;) Greate work.
Of course. This is not too POWAAAAA feature. I make even more UNLIMITED things. look at notecad.xyz where you can write any equation you want and make curves with arbitrary form described by any function
I just wanted to submit a feature request to add this to solvespace. This will make solvespace most advanced algebraic parametric CAD software around :) I have many parts and features, that are of simple algebraic relations to other features, like b=3*a+0.1, etc. or b=1.671*a, etc. Some of these can be done with some construction lines and a lot of simple constraints, but it is really stupid. Internal solvespace solver can handle arbitrary smooth algebraic conditions, so let us use it ;)
Greate work.
Awesome work! Any chance we could get a video of you documenting how you made the code changes?
Sorry, no chance. Work on this almost done, branch is on GitHub. You could merge it yourself)
Looks pretty awesome. This video is a few years old, but is this feature available right now?
Not sure. You could ask community to integrate this.
can you feel the POWAAAA
The UNLIMITED POWAAAAAAR this feature makes possible ?
Of course. This is not too POWAAAAA feature. I make even more UNLIMITED things. look at notecad.xyz where you can write any equation you want and make curves with arbitrary form described by any function
@@FadeToEvil Finally I can put my Desmos expertise to some good use
@@FadeToEvil Doesn't work, m8
tried it with both firefox and Chromium and I got the error
_RuntimeError: index out of bounds_
Very nice feature.
Thank you!
So how did you do it?