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Earlier quoted context omitted.
My whole CAD experience is with OpenSCAD, which apparently uses the same kernel; Honest question -- what is the alternative? I would assume the vast majority of 3D model processing relies on triangle meshes...
OpenCASCADE? https://dev.opencascade.org/
> I keep designing physical parts for our robots. Motor mounts, sensor brackets, wheel hubs. Every time, the workflow is the same: open a GUI CAD program, click around for an hour, export an STL, realize the bolt pattern is 2mm off, repeat.
This doesn't make sense. When you realize the bolt pattern is 2mm off, you just edit that dimension and let the CAD program recalculate. You don't need to click around for an hour again. That's the beauty of contstraint-based parametric modeling as opposed to, say, modeling in Blender.
The author's program is akin to writing vim to replace Publisher. They're solving entirely different problems. Not to mention, this code-as-model paradigm already exists: OpenSCAD
BTW: I spent a few weekends playing with Microcad (https://microcad.xyz/). It was cool, and had a similar rust feel. I just, for the life of me, couldn't figure out how to do 3d ellipses.
Edit: oh I guess sketchup is a surface modeler weird thought it was parametric this whole time, lol someone else said it's a polygon modeler
Yeah I don't know what parametric modeling is apparently, I use a mouse/calipers to model stuff not parameters
There is a solid validator plugin you use before you export an STL to make sure the mesh is closed/a manifold
Interesting, because I am trying to learn OpenSCAD for some simple modeling.
that, and as a prior skill, learn to draw by hand on paper orthogonal and isometric views of 3d objects.
cad is another theory building excercise, but instead of being about processes, its about objects. you want to start from a strong manual/first principles base
The opening paragraph is very telling; the author doesn't seem to understand typical pro-level parametric CAD programs available on the market: > I keep designing physical parts for our robots. Motor mounts, sensor brackets, wheel hubs. Every time, the workflow is the same: open a GUI CAD program, click around for an hour, export an STL, realize the bolt pattern is 2mm off, repeat. This doesn't make sense. When you r…
Interesting, because I am trying to learn OpenSCAD for some simple modeling.
Both have really great documentation/examples.
The opening paragraph is very telling; the author doesn't seem to understand typical pro-level parametric CAD programs available on the market: > I keep designing physical parts for our robots. Motor mounts, sensor brackets, wheel hubs. Every time, the workflow is the same: open a GUI CAD program, click around for an hour, export an STL, realize the bolt pattern is 2mm off, repeat. This doesn't make sense. When you r…
> One thing I care about that most CAD tools don't: vcad is designed to be used by AI coding agents.