cbrnr.github.io · scholar.social/@cbrnr
github.com/cbrnr/mnelab
#EEG #Python
github.com/cbrnr/mnelab
#EEG #Python
Hätten wir Kostenwahrheit im Transport, würden wir längst hektisch Highspeed-Zugnetze bauen.
Hätten wir Kostenwahrheit im Transport, würden wir längst hektisch Highspeed-Zugnetze bauen.
github.com/microsoft/vs...
github.com/microsoft/vs...
- UI improvements such as an improved sidebar
- Improved Montage dialog
- Improved Filter dialog
- A new dialog to inspect channel statistics
- Improved export to BrainVision format
github.com/cbrnr/mnelab
- UI improvements such as an improved sidebar
- Improved Montage dialog
- Improved Filter dialog
- A new dialog to inspect channel statistics
- Improved export to BrainVision format
github.com/cbrnr/mnelab
The Python development team is looking for someone with Windows expertise to help test a proposed fix: github.com/python/cpyth...
#Python #Windows #VSCode
The Python development team is looking for someone with Windows expertise to help test a proposed fix: github.com/python/cpyth...
#Python #Windows #VSCode
I think the problem only occurs if the directory does not exist. If I manually create it, then everything works.
Is this a bug? Or is it just me?
github.com/cbrnr/aoc202...
Not optimized at all, so Part 2 takes a few seconds, but I'm quite happy with the solution.
#julialang
github.com/cbrnr/aoc202...
Not optimized at all, so Part 2 takes a few seconds, but I'm quite happy with the solution.
#julialang
github.com/cbrnr/aoc202...
Nothing fancy to see here (no graph-related algorithms), just some nice function vectorizations made easy in Julia. In Part 2, I simply swap items for each incorrect rule until all the rules are satisfied.
github.com/cbrnr/aoc202...
Nothing fancy to see here (no graph-related algorithms), just some nice function vectorizations made easy in Julia. In Part 2, I simply swap items for each incorrect rule until all the rules are satisfied.
github.com/cbrnr/aoc202...
Fairly straightforward and OG implementation I think, I'm just manually checking all directions in a matrix of chars.
github.com/cbrnr/aoc202...
Fairly straightforward and OG implementation I think, I'm just manually checking all directions in a matrix of chars.
github.com/cbrnr/aoc202...
Part 2 took me way too long, because I was trying to create a regex which only captures multiplications between "do()" and "don't".
It was easy when I did the opposite (searching for parts between "don't()" and "do()").
github.com/cbrnr/aoc202...
Part 2 took me way too long, because I was trying to create a regex which only captures multiplications between "do()" and "don't".
It was easy when I did the opposite (searching for parts between "don't()" and "do()").
github.com/cbrnr/aoc202...
I used the `InvertedIndices` module, which allowed me to elegantly exclude a single element from a vector. For example, to subset a vector `x` without the third item:
x[Not(3)]
(This is equivalent to x[-3] in #RStats.)
github.com/cbrnr/aoc202...
I used the `InvertedIndices` module, which allowed me to elegantly exclude a single element from a vector. For example, to subset a vector `x` without the third item:
x[Not(3)]
(This is equivalent to x[-3] in #RStats.)