conky VS cava

And https://github.com/brndnmtthws/conky is great for desktop HUDs. Very customisable.

Have you taken a look at Conky? conky

Funny meme btw. Personally, I use xorg with 3 displays. Fortunately, the resolution is same on all screens (full HD). I use Komorebi for live wallpapers and conky for sidebar. It works flawlessly.

Conky is the best.... you can set whatever info you like and display the info in many style.....

Using conky for that.

Conky a desktop info widget that you can customize to display anything from usage to email Sample: https://www.reddit.com/r/Conkyporn/comments/y3lmkq/electrotallinnmoonlight_theme_conky_vsc_alacritty/ Sample: https://www.reddit.com/r/Conkyporn/comments/yh9vuk/my_conky_desktop/

Conky is a free, light-weight system monitor for X, that displays any kind of information on your desktop. It can also run on Wayland, macOS, output to your console, a file, or even HTTP (oh my!).

I haven't used conky in a while but I know they were working on the Wayland support. Not sure if the work has been completed though (see this). I checked with my Wayland setup and conky is running on Xwayland by default.

pywal is used to get the colorscheme from my wallpaper for my browser and terminal. left: neovim, top right: qutebrowser, bottom right: cava

So, I use stuff like cava (audio visualizer) and btop in my Alacritty Terminal (BSPWM to run cava, i had to use terminal right and cava launches in terminal, I wanted to know whether i could run my cava or btop or any other terminal application transparent without making my whole terminal transparent.

Ses görselleştiricisi: cava

cava

3) In progress: a Philco free-standing radio housing from the 40s. I'm using one of Parts Express' boombox kits for the audio, and a Pi (with a long, narrow TFT) running https://github.com/karlstav/cava where the radio frequency display used to be. This also would be a nice candidate for a solution like the one you shared.

audio visualiser: [cava[(https://github.com/karlstav/cava)

Visualizer: Cava

In the first video, you can see how the LEDs light up to the beat of the music in realtime. In order to produce this effect, multiple steps are necessary. First, mopidy (the music player) duplicates the audio output into a fake pulseaudio sink. cava then captures the audio from this sink and transforms it, splitting it into its frequencies. Raveberry maps these frequencies to colors from red to blue and lights up the LED ring accordingly. Since the transformation takes a short amount of time, the audio output is delayed by approximately that time to sync the light flashes with the beat. All in all, this allows for a pretty neat sound-reactive spectrum visualization on the LED ring.

It is a Cli-based Audio Visualizer completely written in rust with an additional wgpu backend and it is heavily inspired by cava.