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I have upload the AORHOF Theme onto Youtube.
https://youtu.be/2E7FIgrg3s4
Music: A.O.R.H.O.F. Theme
Composer: RubyRed
Platform: Pico-8
(Like and Subscribe, or don't, it's optional)
Hey, folks!
I want to build a GitHub Action to automatically export the cartridge as HTML and publish a GitHub Page.
I have two question around this:
- Did someone already do this, or attempted to? Any clues for prior art would be appreciated.
- I'll need to have the pico8 binary published, but I don't know if I have permission to do that, and I assume I don't. Would it be ok to have a cyphered version that I'd decrypt during the build process with gpg or something?
Cheers!
Quick and simple suite demonstrating API references from the pico-8 fandom site.
The default setup (in the editor) displays many preconfigured examples.
As a bonus, the output is a neat & tidy guidelined file folder diskette design.

There's some magic numbers and kinks that need to be ironed out but here it is.
Intended to be used as a fast barebones engine or just a learning example kit.

examples from the fandom wikia demonstrated for general purpose
P8C-BUN is now uploaded to itch.io here: https://drake-blue.itch.io/p8c-bun
I've also been working on something else that I really want to share a preview of soon, but I need to clean it up just a little more first.
This function is supposed to return a point on a quadratic function, but it doesn't work right.
function launch(h,v,t) return -(v*t^2)/h^2+(2*t*v)/h end |
Whenever I call this:
for i=0,80 do pset(i,launch(40,40,i),8) end |
It appears like this:

Did I do something wrong, or is this a fault of how Pico-8 works?

This is an implementation of the function described on this short paper:
https://arxiv.org/abs/2010.09714 (twitter thread)
It is amenable to tweeing/easing in games. I have programmed easing functions in the past and one of the problems about them is that you need to code "families of easing functions":

(That's from tween.lua, if you are curious).
I like this function because it can aproximate all of the "smooth families of functions" on that graph (all except the "back", "bounce" and "elastic" families) with a single function, plus it adds an infinitude of variants. Not bad for ~66 tokens.