Chovin

PICO 8

pico-8 comes with a manual.txt or something
the pico-8 Wikia is very detailed
the main website's BBS has the rest, as well as a ton of examples

Trasevol_dog's patreon and twitter are a great resource as well as his games on the BBS
https://neko250.github.io/pico8-api/
https://www.lexaloffle.com/bbs/?tid=28207

	# # https://thevaluable.dev/zsh-completion-guide-examples/
	zstyle ':completion:::::descriptions' format '%F{green}-- %d --%f'

	zstyle ':completion:*' menu select
	# zstyle ':completion:*' file-list all

	zstyle ':completion:*:default' list-colors ${(s.:.)LS_COLORS}

	# # Allow for autocomplete to be case insensitive
	# # zstyle ':completion:*' matcher-list '' 'm:{[:lower:][:upper:]}={[:upper:][:lower:]}' \

	function addCSSRule(selector, rules, index) {
	if (!window.the_added_sheet) {
	style = document.createElement('style')
	style.appendChild(document.createTextNode(""))
	document.head.appendChild(style)
	if ("insertRule" in sheet) {
	sheet.insertRule(selector + "{" + rules + "}", index);
	} else if ("addRule" in sheet) {
	sheet.addRule(selector, rules, index);
	}

	-- Run AppleScript

	on run {input, parameters}


	tell application "Finder"
	set myWin to window 1
	set loco to selection

	if the number of items in loco is greater than 0 then

	### workshop stuff ###
	# not sure where I got these..

	# don't put duplicate lines or lines starting with space in the history.
	# See bash(1) for more options
	HISTCONTROL=ignoreboth

	# append to the history file, don't overwrite it
	shopt -s histappend

	function <function_name>([param1] [,param2 ...])
	-- your code here
	end

	-- examples:

	function jump()
	y = y + 10
	end

	function _init()
	-- setup code
	end

	function _update()
	-- code that changes things in the game
	end

	function _draw()
	-- code that draws things to the screen

	// The Force and
	vec3 roty(vec3 pt, float amt) {
	//vec2 xz = rotate(vec2(pt.x, pt.z),vec2(0,0), amt);
	//return vec3(xz.x, pt.y, xz.y);
	float angle = atan(pt.x, pt.z)+amt;
	float len = length(vec2(pt.x, pt.z));
	return vec3(sin(angle)len, pt.y, cos(angle)len);
	}

	vec3 rotz(vec3 pt, float amt) {

	-- this is a pico8(lua) comment. it is ignored by the program
	-- first we set up some variables
	z=0 -- this will be our index so we know what pixel we're on.
	p={} -- we need to store all the pixels on the screen so we have a base set of pixels to manipulate
	f=133 -- this will control how many pixels we try to read per line
	-- notice, I chose a little more than 128 pixels. This is to adjust for sideways movement
	-- as well as various timing things that use this as part of their calculation.

	t=0 -- tick counter