naosim

const event = {
  action: 'idle',
  onGround: false
}
const stateMaChines = [
  {
    state: 'idle',
    events: [

naosim

/**
 * @typedef {"eval" | "forFilter" | "forMap" | "forReduce" | "if" | "milestone"} ProcessType
 */

/**
 * @typedef ProcessObject
 * @property {any} [input] 
 * @property {ProcessType} type 
 * @property {string} [process] 
 * @property {string} [referenceId] - The id to store the output of this process in the payload

naosim

/** 
 * プレイヤー。矢印で操作できる
 */
 class Player {
  gameObject;
  cursors;
  create(scene) {
    const player = (this.gameObject = scene.physics.add.existing(
      scene.add.rectangle(100, 300, 16, 28, 0xffff00)
    ));

naosim

class ScreenGamePad {
  UP = false;
  DOWN = false;
  RIGHT = false;
  LEFT = false;
  A = false;
  B = false;
  press = {
    UP: false,
    DOWN: false,

naosim

class ChangeEventChecker {
  add(name, checkerFunc) {
    this[name] = {checkerFunc, lastValue:undefined, isChanged:false};
    return this;
  }

  check() {
    Object.entries(this).forEach((e) => {
      const [k, v] = e;
      const value = v.checkerFunc();

naosim

class GamePad {
  UP = false;
  DOWN = false;
  RIGHT = false;
  LEFT = false;
  A = false;
  B = false;
  press = {
    UP: false,
    DOWN: false,

naosim

class GameObjects {
  children = new Set();
  constructor() {
    this.children = new Set();
  }

  add(child) {
    this.children.add(child);
  }
  remove(child) {

naosim

const text = "name=naosim,point=10,state=4"

const result = text.split(",").reduce((memo, v) => {
  const [key, value] = v.split("=");
  return {...memo, [key]:value};
}, {})
console.log(result);

const result2 =  Object.fromEntries(text.split(",").map(v => v.split("=")))
console.log(result2);

naosim

class CheatCommand {
  cheatCommandDef = "uuddlrlrba" // コナミコマンド
  initKeys;
  inputKeys;
  isCheatCompleted = false;
  init() {
    this.initKeys = this.cheatCommandDef.split("").map(v => "-").join("");
    this.inputKeys = this.initKeys;
  }
  update() {

naosim

// https://microstudio.dev/documentation/Matter/
var engine;
var ground;
var box;
init = function() {
  engine = Matter.Engine.create();
  engine.world.gravity.y = -1;
  ground = Matter.Bodies.rectangle(0, -50, 200, 10, {isStatic: true});
  Matter.Composite.add(engine.world, ground);
  box = Matter.Bodies.rectangle(0, 50, 20, 20);