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Yeah, I think their approach to blaming PyPi for not being able to distribute their 1GB standard install is really putting the blame on the wrong people.
https://github.com/CadQuery/cadquery/issues/153#issuecomment...
As an example of an approach that doesn't break Pypi, nltk distributes through Pypi but has an download() method for installation.
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I made this keyboard case with CadQuery. In the long run I'm working towards generating cases (and PCBs) for a wide range of keyboards (e.g. choose columns, rows, number and position of thumb keys, case style, rotary knobs, etc).
https://github.com/possibilities/unkeyboard
Note I chose a somewhat non-idiomatic approach (in terms of cadquery) writing this and I'm new to python.
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I tried this a couple of months ago, I found what it's trying to do very pleasant to use but the tooling around it is very annoying. The up-to-date version 2 isn't on pypi, conda is thoroughly unpleasant to have as an environment. There seems to be a drive to using it inside it's own editor https://github.com/CadQuery/CQ-editor while nice seems like wasted engineering effort in developing an editor when the language needs so much work. I didn't have much success structuring cad into modules as they wouldn't import well.
The point IMO of parametric cad in an existing language is to use the ecosystem. Lots of choices in this project make that really hard.
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This is absolutely an impressive toolset, because it provides a bridge between the CSG world (OpenSCAD, boolean operations, cutting shapes out of other shapes) and the STEP world of GUI CAD (faces, fillets, chamfers).
There is now a FreeCad workbench for CadQuery 2.0:
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One thing that kept me using OpenSCAD was the section of additional modules for it, including a decent involute gear creator. For those of you diving into CadQuery, here’s the equivalent: https://github.com/meadiode/cq_gears
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For anyone interested in this, I would also recommend checking out the [antimony project](https://github.com/mkeeter/antimony). It's a parametric modeling program, but you can also pretty easily produce new scripts for its visual nodes.
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That confirms the impression I had, I guess they are just so complex that building a new open source one from scratch would be Herculean effort. Guess OCCT is the only option for now.
The itch I would love to scratch is an online real-time collaborative parametric cad app using CRTDs. Current thinking is combining OpenCascade compiled to WASM [0] with Yjs[1], but frankly don’t have the time.
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That confirms the impression I had, I guess they are just so complex that building a new open source one from scratch would be Herculean effort. Guess OCCT is the only option for now.
The itch I would love to scratch is an online real-time collaborative parametric cad app using CRTDs. Current thinking is combining OpenCascade compiled to WASM [0] with Yjs[1], but frankly don’t have the time.
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See this github issue for example: https://github.com/dcowden/cadquery/issues/29
- the UI (cq-editor) is unusable for real-world work: no perspective rendering, no graduations in ortho views, no way to measure things on the object, no way to examine the BREP, etc ... Generally speaking, the UI is only a visualizer, and does not let you query / inspect the model in any detailed way.
