【汉化】滑动拼图小游戏
本帖最后由 烁灵 于 2024-6-20 17:48 编辑增加一个滑动拼图小游戏。
可以选择用光标/方向键控制。
游戏结果将记录在指定变量里，变量ID在插件配置里修改。
试了一下就算是 3*3 玩起来也很反人类啊！
原贴：Sliding puzzle minigame | RPG Maker Forums (rpgmakerweb.com)
预览：
范例：https://www.123pan.com/s/uBKyVv-VzF3A.html 提取码:JAUd
汉化脚本：命名为 MAC_SlidingPuzzle.js
/*:
* @plugindesc (v1.0) 增加一个滑动拼图小游戏
* 汉化 by 烁灵 更多脚本请访问 www.hknmtt.com
* @author Mac15001900
*
* @param Interface
*
* @param Puzzle size
* @desc 拼图像素尺寸，强烈建议设置为格子的倍数值
* @default 540
* @parent Interface
*
* @param Lines colour
* @desc 格子分割线颜色，留空隐藏分割线，使用CSS的颜色格式
* @type text
* @default white
* @parent Interface
*
* @param Control scheme
* @desc "Cursor" 表示用光标控制当前格子. "Slide" 表示用方向键直接控制对应方向的格子.
* @type select
* @default Slide
* @option 光标 Cursor
* @value Cursor
* @option 滑动 Slide
* @value Slide
* @option 滑动 Slide (反向)
* @value Slide (inverted)
* @parent Interface
*
* @param Timer
* @desc 是否显示计时器.
* @type boolean
* @default true
* @on Shown
* @off Hidden
* @parent Interface
*
* @param Move counter
* @desc 是否记录步数.
* @type boolean
* @default false
* @on Shown
* @off Hidden
* @parent Interface
*
* @param Outputs
*
* @param Victory
* @text Victory switch
* @desc 当胜利时，该开关为 ON，放弃时为 OFF.
* @type number
* @parent Outputs
* @default 0
*
* @param Total seconds
* @text 记录总秒数的变量 ID
* @desc 游戏时间总秒数将记录到该变量
* @type number
* @parent Outputs
* @default 0
*
* @param Display seconds
* @text 秒数变量 ID
* @desc 当游戏结束时，计时器上的 秒 数（0 ~ 59）将记录到该变量.
* @type number
* @parent Outputs
* @default 0
*
* @param Display minutes
* @text 分钟数变量 ID
* @desc 当游戏结束时，计时器上的 分钟 数将记录到该变量.
* @type number
* @parent Outputs
* @default 0
*
* @param Move count
* @text 步数变量 ID
* @desc 游戏总步数将记录到该变量
* @type number
* @parent Outputs
* @default 0
*
* @param Text
*
* @param Exit
* @desc 退出按钮的文本
* @type text
* @default 退出
* @parent Text
*
* @param Cancel
* @desc 取消按钮的文本
* @type text
* @default 取消
* @parent Text
*
* @param Sounds
*
* @param Cursor sound
* @desc 光标音效，设置为 "None" 则不使用音效
* @type file
* @dir audio/se
* @parent Sounds
* @default Cursor1
*
* @param Slide sound
* @desc 键盘音效，设置为 "None" 则不使用音效
* @type file
* @dir audio/se
* @parent Sounds
* @default Wind7
*
* @param Victory music
* @desc 胜利 ME，设置为 "None" 则不使用音效
* @type file
* @dir audio/me
* @parent Sounds
* @default Victory1
*
*
* @help 此插件增加一个拼图小游戏
*
* 你可以使用 SlidingPuzzle 事件指令打开小游戏, 参数时格子数和 /img/pictures 文件夹
* 中的图片文件名。格子数可以使用变量的值制定，写法 "v42" 表示使用 42 号变量的值。
*
* 例如:
* SlidingPuzzle 4 Fountain
* 将开启 4x4 的拼图，使用 "Fountain.png" 图片文件。
*
* 只需 1 张图片即可，它会被自动切割，图片不会被缩放，因此建议使用与拼图窗口一致的图片
* (默认是 540x540), 使用大图片也可以，他们会被自动裁切。
*
* 经过的时间、步数、是否胜利、是否放弃都会被记录在插件设置的变量里。
*
* ---------------------------------------------------------------------------------
*
* 在游戏中也可以使用 SlidingPuzzleParam 指令改变插件参数。新的数值跟在变量名后边，使用
* 下划线代替空格。例如：
*
* SlidingPuzzleParam Lines_colour crimson
* 将会改变分割线的颜色。
*
* 重要提示: 这些提示不会被存档保存，游戏重启后会恢复，因此需要在执行 SlidingPuzzle 前
* 重新设置
*
* ---------------------------------------------------------------------------------
*
* This plugin is available under the MIT Licence. You're free to use it in any
* games, commercial or not, or use the code in your own plugins. Credit is
* appreciated, but not required.
*/
var Imported = Imported || {}
Imported.MAC_SlidingPuzzle = "1.0";
window.MAC_SlidingPuzzle = {};
void function ($) {
let params = PluginManager.parameters('MAC_SlidingPuzzle');
let puzzleArguments = null;
$.LINE_WIDTH = 4; //Width of the grid lines, in pixels
$.VICTORY_ANIMATION_DURATION = 60 * 3; //How long the victory animation lasts, in frames
$.TIMER_WIDTH = 108; //Width of the timer window (and the move counter), in pixels
$.params = params;
void ((alias) => {
Game_Interpreter.prototype.pluginCommand = function (command, args) {
if (command.toLowerCase() === 'slidingpuzzle') {
console.log("Starting sliding puzzle");
puzzleArguments = [...args];
if (puzzleArguments.length < 2) throw new RangeError("MAC_SlidingPuzzle: You must specify a puzzle size and an image.");
if (!Number.isInteger(numberValue(puzzleArguments))) throw new TypeError("MAC_SlidingPuzzle: The size of the puzzle must be a number or a variable identifier (e.g. v42).");
if (numberValue(puzzleArguments) < 2) throw new Error("MAC_SlidingPuzzle: The minimum size of a sliding puzzle is 2.");
if (numberValue(puzzleArguments) > 100) console.warn("MAC_SlidingPuzzle: Starting a puzzle that's larger than 100x100. Are you sure that's what you wanted to do?");
if (puzzleArguments.includes(".png")) throw new Error("MAC_SlidingPuzzle: Do not include the extension in name of the image.");
SceneManager.push(Scene_SlidingPuzzle);
} else if (command.toLowerCase() === 'slidingpuzzleparam') {
let name = args.replace(/_/g, ' ');
if (typeof params === 'undefined') console.warn(name + " is not an existing plugin parameter");
params = args;
}
alias.call(this, command, args);
}
})(Game_Interpreter.prototype.pluginCommand);
//--------------------- Window_SlidingPuzzle ---------------------
//--------- Initialisation ---------
function Window_SlidingPuzzle() {
this.initialize.apply(this, arguments);
};
Window_SlidingPuzzle.prototype = Object.create(Window_Command.prototype);
Window_SlidingPuzzle.prototype.constructor = Window_SlidingPuzzle;
Window_SlidingPuzzle.prototype.initialize = function (image, size) {
Window_Command.prototype.initialize.call(this, 0, 0);
this.size = Number(size);
this.cells = this.size * this.size;
this.cellWidth = numberValue(params['Puzzle size']) / this.size;
//Creating the board
this.values = [...Array(this.cells).keys()];
this.shuffleArray(this.values);
while (this.values.filter((v, i) => v === i).length > this.cells * 0.7) this.shuffleArray(this.values); //If over 70% is already correct, reshuffle
let zeroIndex = this.values.indexOf(0);
this.values = this.values;
this.values = 0;
this.ensureSolvability(this.values);
//Initialising internal variables
this.lastKeyStates = ; //Which movement keys were held on last frame
this.animations = {};
this.framesPassed = 0; //How many frames passed since the puzzle started (i.e. the image has loaded)
this.moves = 0; //Move counter
this.victory = false; //Whether the player has won
this.finished = false; //Whether the game is done, i.e. victory is achieved and the victory animation is done
//Resising the window
this.height = numberValue(params['Puzzle size']) + this.standardPadding() * 2 + $.LINE_WIDTH;
this.x = Graphics.boxWidth / 2 - this.width / 2;
this.y = Graphics.boxHeight / 2 - this.height / 2;
this.refresh();
this.activate();
this.select(0);
//Loading the image
let bmp = ImageManager.loadPicture(image);
bmp.addLoadListener(function () {
this.image = bmp;
this.framesPassed = 0;
if (bmp.width < numberValue(params['Puzzle size']) || bmp.height < numberValue(params['Puzzle size'])) throw Error(`MAC_SlidingPuzzle: ${image} is too small to fill the puzzle. Use a larger image or decrease the window size.`);
this.refresh();
}.bind(this));
}
Window_SlidingPuzzle.prototype.shuffleArray = function (array) {
for (let i = array.length - 1; i > 0; i--) {
let j = Math.floor(Math.random() * (i + 1));
let temp = array;
array = array;
array = temp;
}
}
Window_SlidingPuzzle.prototype.ensureSolvability = function (values) {
if (this.isSolvable(values)) return;
//If not solvable, swap tiles 1 and 2 to change polarity
let oneIndex = values.indexOf(1);
let twoIndex = values.indexOf(2);
values = 2;
values = 1;
}
//Using logic from https://www.geeksforgeeks.org/check-instance-15-puzzle-solvable/
Window_SlidingPuzzle.prototype.isSolvable = function (values) {
//Count inversions
let inversions = 0;
for (let i = 0; i < values.length - 1; i++) {
if (values === 0) continue;
for (let j = i + 1; j < values.length; j++) {
if (values === 0) continue;
if (values > values) inversions++;
}
}
//Check if solvable
if (this.size % 2 == 0) {
if (Math.floor(values.indexOf(0) / this.size) % 2 == 0) return inversions % 2 === 0;
else return inversions % 2 !== 0;
} else return inversions % 2 === 0;
}
Window_SlidingPuzzle.prototype.makeCommandList = function () {
for (let i = 0; i < this.cells; i++) {
this.addCommand(i + 1, 'ok', true, i);
}
}
//--------- Puzzle logic ---------
Window_SlidingPuzzle.prototype.update = function () {
Window_Command.prototype.update.call(this);
this.updateAnimations();
this.framesPassed++;
if (this.victory && !this.finished) {
if (this.framesPassed - this.victoryTime >= $.VICTORY_ANIMATION_DURATION) {
this.finished = true;
this.pause = true;
}
this.refresh();
}
}
//Swaps the tile at the given index with the empty one.
Window_SlidingPuzzle.prototype.swapTile = function (index) {
let zeroIndex = this.values.indexOf(0);
this.values = this.values;
this.values = 0;
this.moves++;
this.refresh();
this.checkForVictory();
this.startAnimation(index, zeroIndex);
if (params["Slide sound"]) AudioManager.playSe({ name: params["Slide sound"], volume: 100, pitch: 100 });
}
Window_SlidingPuzzle.prototype.checkForVictory = function () {
if (this.values.every((v, i) => v === i)) {
console.log("Victory!");
this.victory = true;
this.victoryTime = this.framesPassed;
this.setupOutputs();
if (params["Victory music"].length > 0) AudioManager.playMe({ name: params["Victory music"], volume: 100, pitch: 100 });
this.select(-1); //This effectively hides the cursor
}
}
Window_SlidingPuzzle.prototype.setupOutputs = function () {
$gameSwitches.setValue(Number(params["Victory"]), this.victory)
let seconds = Math.floor(this.framesPassed / 60);
$gameVariables.setValue(Number(params["Total seconds"]), seconds);
$gameVariables.setValue(Number(params["Display seconds"]), seconds % 60);
$gameVariables.setValue(Number(params["Display minutes"]), Math.floor(seconds / 60));
$gameVariables.setValue(Number(params["Move count"]), this.moves);
}
Window_SlidingPuzzle.prototype.exit = function () {
this.close();
setTimeout(() => {
SceneManager.pop();
}, 200);
}
//--------- Handling input ---------
Window_SlidingPuzzle.prototype.moveCursor = function (dx, dy) {
if (this.victory) return;
switch (params["Control scheme"]) {
case "Cursor":
this.select(this.offsetIndex(this.index(), dx, dy));
if (Input.isPressed('ok')) this.processOk();
break;
case "Slide":
dx *= -1;
dy *= -1;
case "Slide (inverted)":
if (dx !== 0 && dy !== 0) { //Make sure we're only moving in one dimension at a time
this.moveCursor(params["Control scheme"] === "Slide" ? -dx : dx, 0);
dx = 0;
}
//Check if it'd move out of bounds
let index = this.values.indexOf(0);
if (index % this.size === 0 && dx < 0 || index % this.size === this.size - 1 && dx > 0 ||
index < this.size && dy < 0 || index >= this.cells - this.size && dy > 0) return;
this.swapTile(this.offsetIndex(index, dx, dy));
break;
default: console.error("Invalid control scheme");
}
}
Window_SlidingPuzzle.prototype.offsetIndex = function (index, dx, dy) {
if (dx !== 0)
index = Math.floor(index / this.size) * this.size + (index % this.size + dx + this.size) % this.size;
if (dy !== 0)
index = (this.cells + index + dy * this.size) % this.cells;
return index;
}
Window_SlidingPuzzle.prototype.processCursorMove = function () {
if (this.isCursorMovable()) {
let lastIndex = this.index();
let dx = 0; dy = 0;
//RM's Input doesn't understand the concept of pressing two keys on the same frame, so we need to hack around it a bit to make diagonal movement reliable
let doRepeats = (Input._pressedTime >= Input.keyRepeatInterval * 2 && Input._pressedTime % Input.keyRepeatInterval === 0);
if (Input.isPressed('up') && (!this.lastKeyStates || doRepeats)) dy--;
if (Input.isPressed('down') && (!this.lastKeyStates || doRepeats)) dy++;
if (Input.isPressed('left') && (!this.lastKeyStates || doRepeats)) dx--;
if (Input.isPressed('right') && (!this.lastKeyStates || doRepeats)) dx++;
if (dx !== 0 || dy !== 0) this.moveCursor(dx, dy);
if (this.index() !== lastIndex) {
if (params["Cursor sound"]) AudioManager.playSe({ name: params["Cursor sound"], volume: 100, pitch: 100 });
}
this.lastKeyStates = ['up', 'down', 'left', 'right'].map(k => Input.isPressed(k));
}
};
Window_SlidingPuzzle.prototype.processOk = function () {
if (this._closing) return;
if (this.finished) this.exit();
if (this.victory) return;
let zeroIndex = this.values.indexOf(0);
let index = this.index();
//Check if they're neighbours
if (Math.abs(zeroIndex - index) === 1 && Math.floor(zeroIndex / this.size) === Math.floor(index / this.size) ||
Math.abs(zeroIndex - index) === this.size && zeroIndex % this.size === index % this.size) {
this.swapTile(index);
}
}
Window_SlidingPuzzle.prototype.onTouch = function (triggered) {
if (this._closing) return;
if (this.finished) {
this.exit();
return;
}
var x = this.canvasToLocalX(TouchInput.x);
var y = this.canvasToLocalY(TouchInput.y);
var hitIndex = this.hitTest(x, y);
if (hitIndex >= 0) {
this.select(hitIndex);
this.processOk();
}
}
//--------- Graphical stuff ---------
Window_SlidingPuzzle.prototype.maxCols = function () {
return this.size;
};
Window_SlidingPuzzle.prototype.spacing = function () {
return 1;
};
Window_SlidingPuzzle.prototype.itemHeight = function () {
return numberValue(params['Puzzle size']) / this.size;
};
Window_SlidingPuzzle.prototype.windowWidth = function () {
return numberValue(params['Puzzle size']) + this.standardPadding() * 2 + $.LINE_WIDTH;
};
Window_SlidingPuzzle.prototype.refresh = function () {
Window_Command.prototype.refresh.call(this);
if (this.finished) return;
if (params["Lines colour"].length > 0) {
let ctx = this.contents._context;
ctx.beginPath();
ctx.lineWidth = $.LINE_WIDTH;
if (this.victory) ctx.globalAlpha = 1 - (this.framesPassed - this.victoryTime) / $.VICTORY_ANIMATION_DURATION;
let cellSize = numberValue(params['Puzzle size']) / this.size;
//Draw vertical lines
for (let i = 0; i <= this.size; i++) {
ctx.moveTo(i * cellSize + $.LINE_WIDTH / 2, 0);
ctx.lineTo(i * cellSize + $.LINE_WIDTH / 2, this.height);
}
//Draw horizontal lines
for (let i = 0; i <= this.size; i++) {
ctx.moveTo(0, i * cellSize + $.LINE_WIDTH / 2);
ctx.lineTo(this.width, i * cellSize + $.LINE_WIDTH / 2);
}
ctx.strokeStyle = params["Lines colour"];
ctx.stroke();
ctx.globalAlpha = 1;
}
}
Window_SlidingPuzzle.prototype.drawItem = function (index) {
if (!this.image) return;
if (this.values === 0) {
if (!this.victory) return;
this.contents._context.globalAlpha = (this.framesPassed - this.victoryTime) / $.VICTORY_ANIMATION_DURATION;
}
let s = this.cellWidth; //Size of a single cell
let xg = (index % this.size); //Positions in the grid
let yg = Math.floor(index / this.size);
let xi = (this.values % this.size); //Positions in the source image
let yi = Math.floor(this.values / this.size);
if (this.animations) {
xg += this.animations.dx;
yg += this.animations.dy;
}
this.contents.blt(this.image, xi * s, yi * s, s, s, xg * s + $.LINE_WIDTH / 2, yg * s + $.LINE_WIDTH / 2);
if (this.values === 0) this.contents._context.globalAlpha = 1;
};
//--------- Handling animations ---------
Window_SlidingPuzzle.prototype.updateAnimations = function () {
let needsRefresh = false;
for (let i in this.animations) {
if (!this.animations) continue;
this.animations.dx *= 0.7;
this.animations.dy *= 0.7;
this.animations.framesLeft--;
if (this.animations.framesLeft <= 0) {
delete this.animations;
}
needsRefresh = true;
}
if (needsRefresh) this.refresh();
}
Window_SlidingPuzzle.prototype.startAnimation = function (startIndex, endIndex) {
this.animations = {
dx: (startIndex % this.size) - (endIndex % this.size),
dy: Math.floor(startIndex / this.size) - Math.floor(endIndex / this.size),
framesLeft: 60,
};
}
Window_SlidingPuzzle.prototype.skipVictoryAnimation = function () {
if (this.finished) return;
this.framesPassed = this.victoryTime + $.VICTORY_ANIMATION_DURATION - 1;
}
//--------- Cursor tweaks ---------
//Overwriting this to change the order parts are added and make sure the cursor is on top. Otherwise it would render below the images.
Window_SlidingPuzzle.prototype._createAllParts = function () {
this._windowSpriteContainer = new PIXI.Container();
this._windowBackSprite = new Sprite();
this._windowCursorSprite = new Sprite();
this._windowFrameSprite = new Sprite();
this._windowContentsSprite = new Sprite();
this._downArrowSprite = new Sprite();
this._upArrowSprite = new Sprite();
this._windowPauseSignSprite = new Sprite();
this._windowBackSprite.bitmap = new Bitmap(1, 1);
this._windowBackSprite.alpha = 192 / 255;
this.addChild(this._windowSpriteContainer);
this._windowSpriteContainer.addChild(this._windowBackSprite);
this._windowSpriteContainer.addChild(this._windowFrameSprite);
this.addChild(this._windowContentsSprite);
this.addChild(this._downArrowSprite);
this.addChild(this._upArrowSprite);
this.addChild(this._windowPauseSignSprite);
if (params["Control scheme"] === "Cursor") this.addChild(this._windowCursorSprite); //That's the only mode where we need the cursor sprite
if (this._createColorFilter) this._createColorFilter(); //For compatibility with Window Upgrade, which calls this function in an alias of Window
};
Window_SlidingPuzzle.prototype.itemRect = function (index) {
var rect = new Rectangle();
var maxCols = this.maxCols();
rect.width = this.itemWidth();
rect.height = this.itemHeight();
rect.x = index % maxCols * (rect.width + this.spacing()) - this._scrollX + $.LINE_WIDTH / 2;
rect.y = Math.floor(index / maxCols) * rect.height - this._scrollY + $.LINE_WIDTH / 2;
return rect;
};
//--------------------- Exit confirmation ---------------------
function Window_SlidingPuzzleExitConfirmation() {
this.initialize.apply(this, arguments);
};
Window_SlidingPuzzleExitConfirmation.prototype = Object.create(Window_Command.prototype);
Window_SlidingPuzzleExitConfirmation.prototype.constructor = Window_SlidingPuzzleExitConfirmation;
Window_SlidingPuzzleExitConfirmation.prototype.initialize = function () {
Window_Command.prototype.initialize.call(this, 0, 0);
this.x = Graphics.boxWidth / 2 - this.width / 2;
this.y = Graphics.boxHeight / 2 - this.height / 2;
this.refresh();
this.activate();
this.select(1);
}
Window_SlidingPuzzleExitConfirmation.prototype.makeCommandList = function () {
this.addCommand(params["Exit"], "ok");
this.addCommand(params["Cancel"], "ok");
}
//--------------------- Window_Timer ---------------------
function Window_Timer() {
this.initialize.apply(this, arguments);
};
Window_Timer.prototype = Object.create(Window_Base.prototype);
Window_Timer.prototype.constructor = Window_Timer;
Window_Timer.prototype.initialize = function (parent) {
Window_Base.prototype.initialize.call(this, 0, 0, $.TIMER_WIDTH, this.fittingHeight(1));
this.mainWindow = parent;
this.refresh();
}
Window_Timer.prototype.refresh = function () {
this.contents.clear();
let totalFrames = this.mainWindow.victory ? this.mainWindow.victoryTime : this.mainWindow.framesPassed;
let seconds = Math.floor(totalFrames / 60);
let minutes = Math.floor(seconds / 60);
seconds %= 60;
let text = `${String(minutes).padZero(2)}:${String(seconds).padZero(2)}`;
if (minutes > 99) text = `${minutes}m`;
this.drawText(text, 0, 0, this.contentsWidth(), "center");
}
Window_Timer.prototype.update = function () {
Window_Base.prototype.update.call(this);
this.refresh();
}
//--------------------- Window_MoveCounter ---------------------
function Window_MoveCounter() {
this.initialize.apply(this, arguments);
};
Window_MoveCounter.prototype = Object.create(Window_Base.prototype);
Window_MoveCounter.prototype.constructor = Window_MoveCounter;
Window_MoveCounter.prototype.initialize = function (parent, y) {
Window_Base.prototype.initialize.call(this, 0, y, $.TIMER_WIDTH, this.fittingHeight(1));
this.mainWindow = parent;
this.refresh();
}
Window_MoveCounter.prototype.refresh = function () {
this.contents.clear();
let text = `${this.mainWindow.moves}`;
this.drawText(text, 0, 0, this.contentsWidth(), "right");
}
Window_MoveCounter.prototype.update = function () {
Window_Base.prototype.update.call(this);
this.refresh();
}
//--------------------- Scene_SlidingPuzzle ---------------------
function Scene_SlidingPuzzle() {
this.initialize.apply(this, arguments);
}
Scene_SlidingPuzzle.prototype = Object.create(Scene_MenuBase.prototype);
Scene_SlidingPuzzle.prototype.constructor = Scene_SlidingPuzzle;
Scene_SlidingPuzzle.prototype.initialize = function () {
Scene_MenuBase.prototype.initialize.call(this);
};
Scene_SlidingPuzzle.prototype.create = function () {
Scene_MenuBase.prototype.create.call(this);
this.mainWindow = new Window_SlidingPuzzle(puzzleArguments, puzzleArguments);
this.mainWindow.setHandler('cancel', this.onCancelButton.bind(this));
this.addWindow(this.mainWindow);
$.mainWindow = this.mainWindow;
if (params["Timer"] === "true") {
this.timerWindow = new Window_Timer(this.mainWindow);
$.timerWindow = this.timerWindow;
this.addWindow(this.timerWindow);
}
if (params["Move counter"] === "true") {
this.moveCounterWindow = new Window_MoveCounter(this.mainWindow, this.timerWindow ? this.timerWindow.height : 0);
$.moveCounterWindow = this.moveCounterWindow;
this.addWindow(this.moveCounterWindow);
}
};
Scene_SlidingPuzzle.prototype.terminate = function () {
Scene_MenuBase.prototype.terminate.call(this);
};
Scene_SlidingPuzzle.prototype.update = function () {
Scene_MenuBase.prototype.update.call(this);
}
Scene_SlidingPuzzle.prototype.onCancelButton = function () {
if (this.mainWindow.finished) {
this.mainWindow.activate();
this.mainWindow.processOk();
return;
}
if (this.mainWindow.victory) {
this.mainWindow.skipVictoryAnimation();
this.mainWindow.activate();
return;
}
this.cancelWindow = new Window_SlidingPuzzleExitConfirmation();
this.cancelWindow.setHandler('ok', this.onCancelWindowOk.bind(this));
this.cancelWindow.setHandler('cancel', () => { this.mainWindow.activate(); this.cancelWindow.close(); });
this.addWindow(this.cancelWindow);
}
Scene_SlidingPuzzle.prototype.onCancelWindowOk = function () {
if (this.cancelWindow.index() === 0) {
this.mainWindow.setupOutputs();
this.cancelWindow.close();
this.mainWindow.exit();
}
else {
this.cancelWindow.close();
this.mainWindow.activate();
}
}
//--------------------- Misc utils ---------------------
/**
* Converts a string (from plugin parameters or commands) to a number, regardless is that string contains a number literal of a variable indentifier
* @param {String|Number} string A number or variable indentifier (in the form v42 or v0042)
* @returns The string converted to a number
*/
numberValue = function (string) {
if (string === 'v') return $gameVariables.value(Number(string.replace(/^v0*/, '')));
else return Number(string);
}
}(MAC_SlidingPuzzle);
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