Je třeba striktně si hlídat čas, který se nesmí překročit, nezdržovat a najet tempíčko ;)

GitHub can render SCAD code:

  use </usr/share/openscad/examples/example002.scad>
  linear_extrude(20) projection() rotate([90,0,0]) example002();

But we use the cpp lexer (because of Edux):

  use </usr/share/openscad/examples/example002.scad>
  linear_extrude(20) projection() rotate([90,0,0]) example002();

cpp is good enough for edux, but why not render it better here?

Proposal: use scad instead of cpp, sed it back to cpp in g2e.py.

Some .stls which should be only in template repos for classroom are also in this repo...

It has been deprecated since 1864.

As calculating the area by facet_start[0].vertex[0].x * facet_start[0].vertex[0].y kinda yields the correct result by accident 🤕

Also, they are too symmetrical.

I must have deleted it by accident.

It's not a tragedy, we have backups in https://edux.fit.cvut.cz/archive/B162/BI-3DT/

I'll try to obtain the files in bulk.

Get rid of them:

$ git grep edux.fit.cvut.cz/courses/BI-3DT
README.md:[Edux]: https://edux.fit.cvut.cz/courses/BI-3DT/
cs/admesh.md:[screenshoty pro NetBeany](https://edux.fit.cvut.cz/courses/BI-3DT/tutorials/admesh/win)
cs/course.md:[eduxtutorials]: http://edux.fit.cvut.cz/courses/BI-3DT/tutorials
cs/course.md:[eduxclassification]: http://edux.fit.cvut.cz/courses/BI-3DT/classification

We should make sure all content is reachable from index.md via a series of links. In other words, we should check that every link was resolved at least once when we start resolving from index.md.

Currently a manual push to gitlab is needed. That is error prone.

Examine the following solutions:

1. make GitHub push to GitLab automatically (AFAIK not possible)
2. make GitLab fetch from GitHub automatically (last time I've checked it was not possible, cc @jirutka)
3. use a CI service to push to GitLab (tedious but indeed possible)

Most important: master to master.
Less important but nice to have: Pull Request to extra branch for preview.

To convert:

$ tree
.
├── classification
│   ├── archive                      [old HWs and CWs]
│   │   ├── openscad-ukol2013.txt
│   │   ├── openscad-ukol2014ls.txt
│   │   ├── openscad-ukol2014.txt
│   │   ├── openscad-ukol2015ls.txt
│   │   ├── openscad-ukol2015zs.txt
│   │   ├── openscad-ukol2016zs.txt
│   │   ├── semestralka2013.txt
│   │   ├── semestralka2014.txt
│   │   ├── semestralka2015.txt
│   │   ├── semestralka2016zs.txt
│   │   └── start.txt
│   └── semestralka.txt              [coursework assignment]

Ignoring en for now.

We cannot use M600 but we can explain it. Maybe even mention https://www.prusaprinters.org/color-print/

For example mesh/normal_vector.svg uses Linux Libertine Display O and Andale Mono.

When we used PNG images, it was OK, but since Course Pages support SVGs, which is generally great, we've switched.

We should use some common fonts, such as sans.

Make homework check more flexible - like temperatures in range or higher/lower than and not exact value.
Maybe use some better 3D models and make better assignment. For example not adding "raft" for model that doesn't need it.

So students don't need to guess from the provided STL.

Give attribution and license where possible, replace the rest

Some of the options were renamed in a later version of CloudCompare (e.g. PoissonRecon or PCV), we should include the new names in the tutorial.

Note to self: Make sure PoissonRecon is installed on FIT computers for next semester.

The support tutorial doesn't properly explain interface.

Add some black magic to fix this :D

We've talked about this. Please do it this week. Ask for help when in doubt.

• Add @Zubcz page
• Move @Hanyman8 to the bottom section
• Update the classes list with current teachers

Add a sed to display them smaller.

I.e. only upload what's changed/added.

I'm working on this.