ParadoxV5

Library – DSL here
Object
- AbstractMemory – Manager for a blob of memory
  - Pointer – C pointer of a blob of memory
    - AutoPointer – with customizable GC
    - Function – C function with fixed args (Library#attach_function)
    - MemoryPointer – with Ruby-managed memory
- Enum – C Enum (Library#enum)
  - Bitmask – bitmask-style (Library#bitmask)
**[Struct](https:/

（注：爬天梯肯定没戏啦，摸来益智而已）

随从

核心七随从

正好塞满七个格子；以重要性排列：

魂缚、暗月、鬼灵：必需品，没了就凉办

鲨鱼：砍后也成了必需品（TODO：沙箱能分担吗？）
刀油：双连减费

… because Google gave me no results when this curiosity came to me.

Testing method: I generated a .gd script using Ruby’s [Array#permutation] and [Array#product]. Then I let Godot 4.1.0’s code editor (statically?) check for errors. I have not run any of the GDScript.

First – Between Variant and anything (i.e. dynamic typing support)
Between int, float and bool (Between float and bool? Interesting.)

The Hyrulean History as a Singlular Timeline

Preface

The Legend of Zelda games presented gorgeous fantasies of the Hyrulean universe. Regrettably, Nintendo has officially declared that the events of Ocarina of Time fork the timeline into three distinct branches, only one of which develops into the Switch hits. Severing the continuity of the series’s rich lore is poor news for me and other supporters of self-consistent causality.

Fortunately, as the developers abandon the parallel universes and focus on an age over a millennia after the world’s creation, there is enough consistency and timing between the stories to realign the different sequences to a single continuous chronology. The following is my take on the Hyrule history as a singular timeline.

	<!DOCTYPE html>
	<html lang="en">
	<head>
	<meta charset="UTF-8">
	<title></title>
	<link rel="styelsheet" href="https://necolas.github.io/normalize.css/8.0.1/normalize.css">
	<link rel="stylesheet" href="styles.css">
	<script src="script.js"></script>
	</head>
	<body>

	cmake_minimum_required(VERSION 3.26)
	project("Arduino Sketches")
	set(CMAKE_CXX_STANDARD 11)

	# Path to Arduino Package
	set(ARDUINO [PATH/TO/%LOCALAPPDATA%]/Arduino15/packages/arduino/hardware/avr/1.8.6/)
	# Microcontroller
	add_compile_definitions(__AVR_ATmega328P__) # Arduino UNO

	set(ARDUINO_HARDWARE ${ARDUINO}/hardware/avr/1.8.6/)

	BOARD = {
	nil => %q[SCARY?!],
	'🎃' => %q[BDEFGH ],
	'👻' => %q[IJKLMN'],
	'🍬' => %q[OPQTUV,],
	'💀' => %q[WXZ.#$:]
	}

	row = BOARD[nil]
	File.foreach 'input.txt', chomp: true do\|line\|

	$* << [//=~'', /$/=~'$'] << () << ->() {
	$*[~(/$$/=~'$$')][
	( $*[~(/$/=~'$')] += (/$/=~'$') ) - (/$/=~'$')
	] \|\|= (
	$*[~(/$/=~'$')] -= (/$$/=~'$$')
	$[~(//=~'')][] + $[ ~(/$$/=~'$$') ][ $*[~(/$/=~'$')] - (/$$/=~'$$') ]
	)
	}

	# Test

	def answer1(n) = n.succ
	def answer2(str) = str.upcase
	def answer3(n) = (0..n).to_a
	def answer4 = yield + 42
	def answer5(a, b = 1) = a + b
	def answer6(n) = n.positive? ? (n - 1) % 9 + 1 : n
	def answer7(x) = x.succ
	def answer8(n) = n.digits(2).sum
	def answer9(s) = s.gsub 'u-g0t-me', 'yikes'
	def answer10(x = false) = @data10 = x ? 0 : @data10 ? @data10 + 1 : 1

	# frozen_string_literal: true

	class CellularAutomaton
	def initialize(grid)
	@grid = grid
	# Back Buffer
	@grid2 = grid.map(&:dup)
	@rules = yield self
	end
	def self.load(file, ...) = new(file.each_line(chomp: true).map(&:chars), ...)