Instantnoodl

Can confirm. Just updated to fixed version

Wouldn't that be fun for text adventures? As you can get probabilities for finite actions relating to objects that are in the world/room

A bit hilarious. I'm wondering if he even knows go or took a look at the code once :D

Sadly you need to be in US. It's unavailable anywhere else.

Just noticed it too... Seems like I wasted my time setting up a account to test with the discounted pricing

The codex and many other subscriptions can be used with other harnesses like OpenCode and pi. It's officially supported most of the time. Using my Codex and MiniMax sub just fine in pi.

For daily to-dos a generic 58mm Chinese ones is probably enough. For pen and paper stuff I highly recommend going with anything 80mm, as 58mm can be too narrow...

Search "58mm usb thermal receipt printer esc/pos" on Amazon and you will find various generic models

Thanks for posting my project! was wondering where the influx of GitHub stars came from :)

Cool to see core war! I feel it's mostly forgotten by now. My dad is still playing it to this day though and even attends tournaments

Isn't your problem more about Color quantization than about dithering? If you have big character cells like in a terminal dithering won't help you much. For each cell you want to find the best shaped cell and a foreground and background colour that are the closest to a colour from the supported palette.

But maybe I didn't understand your real problem yet

Sorry for the confusion. The use-case is a little difference because the goal is to display the image as close to the original as possible with the limitation of only being able to use a forground color, background color and character per cell. The character is selected based on it's shape just like in the article. So if you get rid of the colors in Chafa you end up with something similar to the article. That's what I wanted to say :D

Thank you for posting my project :D