| --[[ | |
| registers: 0 = data table, 1 = data pointer, 2 = function temp, 3 = current data (4 total) | |
| expects `get(): number` and `put(n: number)` global functions | |
| init code | |
| GETGLOBAL R(0), K("setmetatable") | |
| NEWTABLE R(1), 0, 0 | |
| NEWTABLE R(2), 0, 1 | |
| CLOSURE R(3), KP(0) | |
| SETTABLE R(2), K("__index"), R(3) |
| ---@diagnostic disable: duplicate-set-field | |
| -- Modern recreation of stitch | |
| -- This can be used as a library or as a command-line tool | |
| -- Scrolling requires buffering to be enabled, pass layout.buffer = true | |
| -- This significantly slows down staple, enabling literally just wraps staple in a window | |
| local function getNative() | |
| local i = 1 | |
| while true do | |
| local n, v = debug.getupvalue(peripheral.call, i) |
—
Tauri is shipped with state management function/feature by default.
Basic usage is quite simple: a variable of State type can be accessed on the tauri commands which you have defined; in other words, "with tauri commands, they'll magically inject state for you," so that once a variable is managed you can inject them directly as additional input when defining the command.
*excerpt from slab6.txt in the SLAB6 download found at http://advsys.net/ken/download.htm#slab6 *
Both SLABSPRI&SLAB6(D) support a simpler, uncompressed voxel format using the VOX file extension. Here's some C pseudocode that describes the format:
long xsiz, ysiz, zsiz; //Variable declarations
char voxel[xsiz][ysiz][zsiz];