My workshop on #Ardour #Lua Scripting was accepted at the #linuxaudio conference.
Come join me in Marie Curie Library in Lyon on June 26th, 17h
Registration is free: https://jimlac25.inria.fr/register/#register-to-lac-25
PS. There will be macarons :)
Enjoying the game Replicube. You learn to replicate voxel shapes by programming Lua.
The final tutorial level talks about variables and the danger of misspelling a variable and gave the example of writing 'colour' instead of 'color'. I solved the puzzle by replacing ALL the instances of 'color' with 'colour' as I'm sure every other British person did.
I have added SPDX license classifiers to my Lua examples:
@counterVariable Yes, your initial question was about inlay hints which you can enable it with line no. 13, `vim.lsp.inlay_hint.enable(true, { bufnr = bufnr })`. Still, I thought it would be better if I show you the config in its entirety.
NOTE : I'm in no way a rust dev or student. I've experience in #python, #c and a bit with #lua through neovim. The reason I made this config so that I will start learning about rust at some point during or after my semester.
Saw this really funny graph about "Blogging vs Blog Setups":
https://rakhim.org/honestly-undefined/19/
And saw myself multiple times there. It reminded me of this post I made about #Lua usage in my #blog:
https://andregarzia.com/2025/03/why-i-choose-lua-for-this-blog.html
Saw this really funny graph about "Blogging vs Blog Setups":
https://rakhim.org/honestly-undefined/19/
And saw myself multiple times there. It reminded me of this post I made about #Lua usage in my #blog:
https://andregarzia.com/2025/03/why-i-choose-lua-for-this-blog.html
Ported my compute shader over to Beyond All Reason(BAR) and am using it in a widget. The instance data for the model is the same as the compute shader's buffer so I don't have to copy anything. I changed how the compute shader is dispatched, removed the loop and most branching. It now has no noticeable impact on performance.
Made a model in blender from a reference painting of an Atlantic Salmon(ick). Had to write a tiny .obj parser because I'm not going to use whatever weird format BAR uses.
Discovered #SilverBullet today. Uses #lua for scripting, #localfirst, and is built with #deno. 
Just wow! I'm going to need to play with this. 
@akkerman @sverdlyuk Yay #lua support! Sorry you made a mistake on the first try! Success will be all the sweeter when you get there. Good luck!
lua code. create 20 random presets in "wavetable" synthesis style. for zynaddsubfx or yoshimi. this will be up for one month. https://pastes.io/xiz-newlua #programming #lua #electronicmusic #zynaddsubfx #lmms
After some delay I did an update of #lib16 (a tiny helper library for #OpenWatcom 16-bit DOS programs).
https://github.com/SuperIlu/lib16
This time I added #Lua to the mix (example prj04). You can now write graphical scripts using Lua on #MSDOS. I also included the regular lua.exe and luac.exe binaries. This is compiled for i386/387 upwards...
![require "prj04/func"
FG_COL_IDX = 32
BG_COL_IDX = 0
X_SPACING = 8
MAX_WAVES = 4
Theta = 0.0;
Amplitude = {}
Dx = {}
YValues = 0;
function Setup()
local w = width + 16; -- Width of entire wave
for i = 0, MAX_WAVES do
Amplitude[i] = (math.random(10, 30))
local period = math.random(100, 300)
Dx[i] = ((math.pi * 2 / period) * X_SPACING);
end
YValues = {}
NumYValues = math.floor(w / X_SPACING)
for i = 1, NumYValues do
YValues[i] = 0
end
end
function Draw()
CalcWave();
vga_wait_for_retrace()
vga_filled_rect(0, 0, width, height, BG_COL_IDX)
vga_wait_for_retrace()
RenderWave();
end
function CalcWave()
Theta = Theta + 0.02
for i = 0, NumYValues do
YValues[i] = 0;
end
for j = 0, MAX_WAVES do
local x = Theta;
for i = 0, NumYValues do
-- Every other wave is cosine instead of sine
if j % 2 == 0 then
YValues[i] = YValues[i] + math.sin(x) * Amplitude[j];
else
YValues[i] = YValues[i] + math.cos(x) * Amplitude[j];
end
x = x + Dx[j];
end
end
end
function RenderWave()
for x = 0, NumYValues do
vga_circle(x * X_SPACING, height / 2 + YValues[x], X_SPACING, FG_COL_IDX)
end
end
vga_init()
vga_grayscale_palette()
Setup()
while true do
local k = getkey();
if k == KEY_ESC then
break
end
Draw()
end
vga_exit()](https://files.mastodon.social/media_attachments/files/114/376/840/897/430/522/original/a58d8ee7ec60181d.png)
No es una tarea fácil decidir por qué aplicación de notas apostar, teniendo en cuenta la cantidad de opciones que existen actualmente. Obsidian, Logseq, Amplenote, Capacities, UpNote... todas ellas con sus ventajas y desventajas.
Hace algún tiempo leí una publicación en Mastodon que hablaba sobre una nueva aplicación llamada **SilverBullet**. Ayer volví a revisar cómo ha ido evolucionando el proyecto, y han lanzado la **versión 2**. Incluye la integración de *Lua*, lo que parece ser un [salto importante](https://community.silverbullet.md/t/silverbullet-v2-the-path-forward/2036).
¿Será este el momento para apostar por SilverBullet y divertirme aprendiendo *Lua* para exprimir al máximo todas sus características?
Aquí una demo publicada en Youtube por parte del desarrollador: https://www.youtube.com/watch?v=mik1EbTshX4&source_ve_path=MjM4NTE
Microsecond transforms: Building a fast sandbox for user code https://lobste.rs/s/xgw2d9 #api #elixir #lua #virtualization #wasm
https://blog.sequinstream.com/microsecond-transforms-building-a-lightning-fast-sandbox-for-user-code/
Hot take: your first three #programming languages should be #lua, then #clojure, then #smalltalk. Your production language should be your fourth language.
What do I think about Lua after shipping a project with 60k lines of code?
Is Python causing performance issues with your small embedded machine? The Lua programming language may be a better alternative
https://www.makerspace-online.com/rpi-plus-temperature-sensor-to-talk-to-a-ps-vita-display-2/?utm_source=mms
#RaspberryPi #Lua #Python #programming #languages #performance #Bash #scripting #PSVita
https://discourse.ardour.org/t/automated-exporting/111694
I'm looking for ideas for an automated stem/track export for #Ardour - asked on the forums. It looks like it could potentially be solved by #Lua scripting. The question is, will the existing Lua scripting API allow for that?
#dnsjit v1.5.0 released!
- Added `Label.torfc1035()`
- Added support for DLT_LINUX_SLL2
- Fixed UDP & IP packet padding calculations
^JL
#DNS #Lua #Script #LuaJIT #OpenSource
https://github.com/DNS-OARC/dnsjit/releases/tag/v1.5.0
NASA afirma que vento solar pode produzir água na Lua.
Aceita um spoiler? É um assunto controverso entre os cientistas.
