plugnburn

--force-dark-mode
--enable-features=WebUIDarkMode

plugnburn

// Input: a string of digits (w/o the check digit)
// Output: the check digit

// Universal algo - smallest option so far (67 chars after the assignment):
luhn=s=>(10-[...s].reverse().reduce((a,v,i)=>a+v*(i&1?1:2.2)|0,0)%10)%10

// IMEI version (14-digit or any other even-digit input) - smallest option so far (57 chars after the assignment):
luhnImei=s=>(10-[...s].reduce((a,v,i)=>a+v*(i&1?2.2:1)|0,0)%10)%10

// Credit card version (15-digit or any other odd-digit input) - smallest option so far (57 chars after the assignment):

plugnburn

// Telememer: a JS library to encode/decode information to/from Casio module 2747/5574 Telememo 30 format
// Supports up to 378 bytes of raw binary data
// Requires BigInt support in the browser's or other JS engine
// Created by Luxferre in 2023, released into public domain
// Made in Ukraine

Telememer = (params => {
  var nameAlphabet = params[0],
      digitAlphabet = params[1],
      indexAlphabet = params[2],

plugnburn

/**
 * TinyOLC - Open Location Code for smallest applications
 * Differences from Google's open-source JS implementation:
 * - less than 600 bytes minified (as opposed to over 4.5 KB from Google)
 * - only 2 methods exposed - encode (lat, lng => str) and decode (str => [lat, lng])
 * - only floating point degrees accepted as encoding input (positive as N and E, negative as S and W)
 * - no short code resolution
 * - no area encoding, only points with 11-digit resolution
 * - assuming the block lower left corner only when decoding a low-res code
 * - no validation checks

plugnburn

//USB I/O class for WebUSB
//(c) Luxferre 2020-present

class USBIO {

  //Possible devFilter fields: classCode, subclassCode, protocolCode, vendorId, productId, serialNumber (not recommended)

  constructor(devFilter = {}) {
    this.requestDeviceObject = {filters:(devFilter ? [devFilter] : [])}
    this.devFilter = devFilter

plugnburn

-- MTPhreak IMEI changer and randomizer for MediaTek NVRAM
-- This version is adapted specifically for the Sigma sKai and other MT6572 based phones

-- Usage: lua mtphreak-6572.lua NVRAMfile [imei1 [imei2]]
-- If no IMEIs are passed, they are randomized (with respect to Luhn checksum)

function parseImei(imeistr) -- imei string to 12-byte table
  local imeiTbl = {0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0}
  for i = 1, 15 do
    local digit = tonumber(imeistr:sub(i,i))

plugnburn

#!/usr/bin/env python3

# Simple script to enter the necessary boot mode in the MT6572-based (etc) phones
# Depends on pyserial, otherwise fully cross-platform

# Usage: python3 mtk-bootseq.py [MODECMD] [port]
# e.g. python3 mtk-bootseq.py FASTBOOT /dev/tty.usbmodem14200
# and then connect the cable and repeatedly short-press the power on key

# Supported commands depend on the device and its preloader. Here's the list for Sigma S3500 sKai:

plugnburn

<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE theme PUBLIC "-//NOKIA//DTD THEME 1.1//EN" "theme.dtd">
<!--
This is an example theme_descriptor.xml for Nokia 8800 Classic/Special (not Sirocco or Arte)
that can be used freely as a complete reference template to create other themes
Compilation: cd theme_dir && zip -9 ../MyExampleTheme.nth ./*
Note: all resource files MUST be present in the archive's root, no subdirectories!
-->
<theme name="MyExampleTheme" version="1.1">
  <!-- (all icons and wallpapers hereafter can be of JPEG, PNG, BMP or GIF format, including animations) -->

plugnburn

/**
* Novocarina: a fully 3D-printable ocarina with a side pendant loop and customizable inside bottom branding
* Optimized PLA settings: 20% infill, 0.3mm layer height, 10mm brim
* 
* Key: C
*
* It has some differences from a standard 4-hole English pendant system ocarina:
* due to the nature of 3D printing in PLA, some tones actually have different keying
* (don't believe your musical tuners since they can't pick up any overtones,
* and these overtones play a very important role in shaping final pitch here).

plugnburn

/**
 * Optimizing decompiler of a binary STL into the OpenSCAD polyhedron module
 * @license Unlicense
 *
 * @param {ArrayBuffer} stl STL file contents (binary flavor) 
 * @param {string} optional custom name for OpenSCAD object (if none passed then 'object{NumTriangles}' will be used)
 * @returns {string} ready OpenSCAD script
 */
function STL2SCAD(stl, optModName = null) {
    var totalTriangles = new Uint32Array(stl.slice(80, 84))[0], //triangle amount is LE uint at byte 80