<gbruno>
[github] kintel synchronize pull request #5219 (Merge the "render-colors" feature into the "manifold" feature, update lots of tests) https://github.com/openscad/openscad/pull/5219
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<Knochi>
Can someone give me a starting point on how to approach this in a general way? So I did an icosphere by coping from here http://blog.andreaskahler.com/2009/06/creating-icosphere-mesh-in-code.html read and understood the code.. but this is quite specific for icospheres.. so let's say i want to do a "Hexpropello Dodecahedron".. or some of the
<Knochi>
just need to know where to start.. so I have a science background (electronics) but not a maths expert
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<Knochi>
yes i know how to do polyhedrons.. but how to calculate the verts for such regular polyhedrons
<J24k14>
depends on the polyhedron - each has its own way of calculation
<Knochi>
there must be a mathematical way to describe those.. so i could just copy from the coordinates tab of the above website.. maybe thats a good start
<gbruno>
[github] kintel synchronize pull request #5219 (Merge the "render-colors" feature into the "manifold" feature, update lots of tests) https://github.com/openscad/openscad/pull/5219
<kintel__>
One note: you cannot really use macdeployqt if you linked against homebrew libraries: Homebrew doesn't build relocatable libraries
<kintel__>
It's a bit of a pain, but that's why macosx-build-dependencies.sh exists
<kintel__>
The qscintilla2 issue is because homebrew dropped qt5 support for qscintilla because no other packages rely on it. I haven't had the motivation to try to fix that in homebrew
<kintel__>
I added a hack, but it's possible that this hack only works for a specific build of homebrew, it might hit us on the CI soon as well. I'm still on an older macOS version
<gbruno>
[github] kintel synchronize pull request #5219 (Merge the "render-colors" feature into the "manifold" feature, update lots of tests) https://github.com/openscad/openscad/pull/5219
<kintel__>
Warning: I'm working on a larger test cleanup to improve testing of manifold vs. CGAL and better tests of the new color support. Lots of test-related files are changing: https://github.com/openscad/openscad/pull/5219
<kintel__>
I aim to merge in a day or two
<teepee>
nice
<teepee>
I suppose I need to start building that MMU3
<kintel__>
Yeah, that might be a necessity very soon :)
<kintel__>
We still only really support surface colors, but it's a start, and some printer toolchains can run with that
<teepee>
after browsing through the build instructions, I'm slightly scared ;-)
<teepee>
yeah, I saw prusaslicer calls it color painting
<kintel__>
They should just send us prebuilt ones, as a service to the community :)
<teepee>
:)
<teepee>
only works for youtubers
<kintel__>
We should just stream our emacs window for every character typed ;)
<teepee>
oh my, that does sound a bit boring
<kintel__>
Slow TV for devs - there must be an audience for that
<kintel__>
..or good training data for teaching AIs how code is written, not just what the end result looks like
<kintel__>
I wonder if we should just drop AMF support. It's getting annoying to manage
<gbruno>
[github] kintel synchronize pull request #5219 (Merge the "render-colors" feature into the "manifold" feature, update lots of tests) https://github.com/openscad/openscad/pull/5219
<gbruno>
[github] kintel synchronize pull request #5219 (Merge the "render-colors" feature into the "manifold" feature, update lots of tests) https://github.com/openscad/openscad/pull/5219