@villares @sheena @linux_mclinuxface Cute, you mentioned my #sdfCAD fork! 😀

@rasterweb @lemgandi Nice! For organic shapes, #sdfCAD is quite capable as it's sdf-based. One can do pretty cool smoothing with it, stuff you can only dream of in mainstream CAD software.

https://gitlab.com/nobodyinperson/sdfcad

fluencyCAD current state

https://peer.raise-uav.com/videos/watch/70e4d8a0-0722-41e0-bf9e-a53d378e143b

fluencyCAD in the wilds

I just mirrored the fluencyCAD repository to the open section form internal so anyone who is interested have a look. Don´t expect super clean stuff though. It´s in a very early experimental state.

I´ll add more documentation as I find more time.

https://git.raise-uav.com/Hermes/fluencyCAD

#fluencycad #sdfcad #solvespace

@scudderfish I could never find my way through #cadquery. Too weird the syntax and concepts. I forked #sdfCAD and worked on something I understood myself but in the end stayed with #solveSpace.

@degroof Very cool! I've only ever used an offset circle and extruded it while rotating, because I thought other magic was going on to make the thread. This technique should also be compatible with #sdfCAD, very nice! 👍

Basic extrusions are working again with the all new object system. I´m trying to write the code as transparent as possible. This helps me picking up the project after longer pauses and others jumping in should have a good time too :D

I´ll mirror the repo to github once its usable for some basic tasks..

So far these are the components:

• Project: Main File
• Timeline : Used to track the steps
• Assembly: Uses Components and Connectors to form Assemblies
• Component: Container for multiple smaller elements "part"
• Connector: Preserves connections between parts even if the part in between is deleted
• Code: A special type that directly builds bodies from sdfCAD code.
• Body: The 3D meshed result from sdfCAD (blue in 3d view)
• Sketch: The base to draw new entities.
• Interactor: A special component mesh that is used to manipulate the bodies in 3d view.

#solvespace #freecad #sdfcad #cadtools

Ever since I worked on #sdfCAD¹ I have waited for the moment I could actually use #sdf's (signed distance functions) for my research. I know it would come. Today is that day. 🤩

This is for my last #PhD publication I'm working on.

¹https://gitlab.com/nobodyinperson/sdfcad

#meteorology #geoscience #PhDLife #Python #matplotlib #CO2

Pushed fluencyCAD a tiny bit forward with a basic rewrite of the sketch widget.

Less code and prettier to work with internally.

#fluencycad #sdfcad

@rahix @sowa While we're at it, you could also give my #sdfCAD fork a try. It's much simpler than #cadQuery and has even more powerful fillets, chamfers and smooth operations. STL only output amd sharp edges are a bit jagged, but the underlying #Python code and maths is understandable and hackable.

https://gitlab.com/nobodyinperson/sdfcad

@dl4mat This property of CAD software is not to be underestimated in value. Being able to build it quickly (or at all without jumping through ridiculous hoops) is a big plus in my eyes and I have only ever used CAD software like this: :openscad: #OpenSCAD, #sdfCAD, #SolveSpace

Worked a bit on making the basic functions pretty internally. Some GUI changes visible with the new timeline and sketch and body windows changed position.

It really would be a dream to get this thin gto abasic functionality one can work with <3

#fluencycad #sdfcad #solvespace

(Not sure if this reached the verse or not)

Introducing the new structure into fluencyCAD worked. We now have a timeline, components and the fundamentals for assembly sketched out.

Lots of staring at the wall and visits to the "thought emporium" (organic) were involved :D

The design guideline is based of the compiled experience of at least 10 years in multiple CAD programs.

#fluencycad #sdfcad #solvespace

~fluencyCAD~

Progressed into sketch projection from and to 2D. I think this is a cleaner approach for drawing.

Next stage will be additional operations like cutting holes and timeline logic.

Intention is to have CAD geared towards maker with a focused UI with static layout so you can develp "muscle memory".
I´m pretty happy already as I completely ruled out writing a CAD software at all.

Project can be assisted by donating for tea here:
https://ko-fi.com/raise_project

#sdfcad #solvespace #fluencycad #mechanicaldesign #vtk #python

@dcz #sdfCAD's upstream did the slicing by intersecting with a very thin infinite horizontal slab. That could help you.

https://gitlab.com/nobodyinperson/sdfcad/-/blob/9bd4e9021c6ee7e685ee28e8a3a5d2d2c028190c/sdf/d3.py?page=2#L1631

@dcz Yes, the real-time editing is sorely missing in #sdfCAD 😔

They're very different, but maybe we can just draw inspiration from one another 😀

btw chamfer is just (sdf1+sdf2)/sqrt(2) IIRC. Weirdly simple but if you think about it, it makes sense.

@dcz Oh lol didn't know about that SdfCAD 😅. Click the hashtags #sdfCAD and #fluencyCAD (super new). My sdfCAD is here:

https://gitlab.com/nobodyinperson/sdfcad

@dcz Damn, that's cool! The edges look sharp, so it's ray-marched, not a mesh made with marching cubes?

EDIT: Ah, ray-marched and you want to go directly to gcode, interesting! [1]

I firmly believe #CAD benefits a lot from #sdf|s and I love to see more projects like #sdfCAD and #fluencyCAD arise!

[1] https://fosstodon.org/@dcz/112726622946501928

fluencyCAD

I added mid point constrains, hotizontal, vertical and point on line to test the underlying system.

I´ll look at selecting elements on the generated meshes first before attempting snapping of lines and intelligent drawing funtions etc.

#fluencyCAD #solvespace #sdfcad

Tiny steps it seems but there were quite a few designdecisions, regarding the internal structure, to be solved so that nothing falls apart when sthg is deleted etc.

#cad #sdfcad #solvespace