HTML5 Javascript 五彩连珠网页特效

2024-09-05 12:21:03

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一款HTML5网页游戏效果，运行效果时请不要使用IE9以下版本，最好使用火狐或Google浏览器或Opera浏览器。本游戏效果相当界面设计挺漂亮，五彩连珠同时也是一款经常玩的小游戏，你可以一边玩，一边研究一下HTML5啦！

<!DOCTYPE html><html xmlns="http://www.w3.org/1999/xhtml"><head><title>HTML5 Javascript 五彩连珠-源码Game</title></head><body>    <canvas id="canvas" height="400" width="600" style="background: #333;"></canvas>    <script type="text/javascript">        var game = {            canvas: document.getElementById("canvas"),            ctx: document.getElementById("canvas").getContext("2d"),            cellCount: 9,            cellWidth: 30,            lineCount: 5,            mode: 7,            actions: {},            play: function (name, action, interval) {                var me = this;                this.actions[name] = setInterval(function () {                    action();                    me.draw();                }, interval || 50);            },            stop: function (name) {                clearInterval(this.actions[name]);                this.draw();            },            colors: ["red", "#039518", "#ff00dc", "#ff6a00", "gray", "#0094ff", "#d2ce00"],            start: function () {                this.map.init();                this.ready.init();                this.draw();                this.canvas.onclick = this.onclick;            },            over: function () {                alert("GAME OVER");                this.onclick = function () {                    return false;                };            },            draw: function () {                this.ctx.clearRect(0, 0, 400, 600);                this.ctx.save();                this.map.draw();                this.ready.draw();                this.score.draw();                this.ctx.restore();            },            clicked: null,            isMoving: function () {                return this.ready.isMoving || this.map.isMoving;            },            onclick: function (e) {                if (game.isMoving()) {                    return;                }                var px = (e.offsetX || (e.clientX - game.canvas.offsetLeft)) - game.map.startX;                var py = (e.offsetY || (e.clientY - game.canvas.offsetTop)) - game.map.startY;                if (px < 0 || py < 0 || px > game.map.width || py > game.map.height) {                    return;                }                var x = parseInt(px / game.cellWidth);                var y = parseInt(py / game.cellWidth);                var bubble = game.map.getBubble(x, y);                if (bubble.color) {                    if (this.clicked) {                        //同一个泡不做反映                        if (this.clicked.x == x && this.clicked.y == y) {                            return;                        }                        this.clicked.stop();                    }                    this.clicked = bubble;                    bubble.play();                }                else {                    if (this.clicked) {                        this.clicked.stop();                        //移动clicked                        game.map.move(this.clicked, bubble);                    }                }                //console.log("x:" + x + " y:" + y);            },            getRandom: function (max) {                return parseInt(Math.random() * 1000000 % (max));            },        };        game.score = {            basic: 0,            operate: 0,            star1: 0,            star2: 0,            boom: 0,            draw: function () {                var startX = game.cellWidth * 10 + game.map.startX;                var startY = game.map.startY;                var ctx = game.ctx;                ctx.save();                ctx.translate(startX, startY);                ctx.clearRect(0, 0, 150, 400);                ctx.strokeStyle = "#456";                //ctx.strokeRect(0, 0, 150, 200);                ctx.font = "24px 微软雅黑";                ctx.fillStyle = "#fefefe";                ctx.fillText("score:" + (this.basic * 5 + this.star1 * 8 + this.star2 * 10 + this.boom * 20), 0, 30);                ctx.stroke();                ctx.restore();            },            addScore: function (length) {                switch (length) {                    case 5:                        this.basic++;                        break;                    case 6:                        this.star1++;                        break;                    case 7:                        this.star2++;                        break;                    default:                        this.boom++;                        break;                }                this.draw();                console.log(this.score);            },        };        game.ready = {            startX: 40.5,            startY: 20.5,            width: game.cellWidth * 3,            height: game.cellWidth,            bubbles: [],            init: function () {                this.genrate();                var me = this;                me.flyin();            },            genrate: function () {                for (var i = 0; i < 3; i++) {                    var color = game.colors[game.getRandom(game.mode)];                    this.bubbles.push(new Bubble(i, 0, color));                }                //console.log(this.bubbles);            },            draw: function () {                var ctx = game.ctx;                ctx.save();                ctx.translate(this.startX, this.startY);                ctx.beginPath();                ctx.strokeStyle = "#555";                ctx.strokeRect(0, 0, this.width, this.height);                ctx.stroke();                //绘制准备的泡                this.bubbles.forEach(function (bubble) {                    bubble.draw();                });                ctx.restore();            },            isMoving: false,            flyin: function () {                var emptys = game.map.getEmptyBubbles();                if (emptys.length < 3) {                    //GAME OVER                    game.over();                    return;                }                var me = this;                var status = [0, 0, 0];                game.play("flyin", function () {                    if (status[0] && status[1] && status[2]) {                        game.stop("flyin");                        me.isMoving = false;                        status = [0, 0, 0];                        me.bubbles = [];                        me.genrate();                        return;                    }                    me.isMoving = true;                    for (var i = 0; i < me.bubbles.length; i++) {                        if (status[i]) {                            continue;                        }                        var target = emptys[i];                        var x2 = target.px + game.map.startX - me.startX;                        var y2 = target.py + game.map.startY - me.startY;                        var current = me.bubbles[i];                        var step = 2;                        if (current.px < x2) {                            current.py = ((y2 - current.py) / (x2 - current.px)) * step + current.py;                            current.px += step;                            if (current.px > x2) {                                current.px = x2;                            }                        }                        else if (current.px > x2) {                            current.py = ((y2 - current.py) / (current.px - x2)) * step + current.py;                            current.px -= step;                            if (current.px < x2) {                                current.px = x2;                            }                        }                        else {                            current.py += step;                        }                        if (current.py > y2) {                            current.py = y2;                        }                        if (current.px == x2 && current.py == y2) {                            status[i] = 1;                            current.x = target.x;                            current.y = target.y;                            game.map.addBubble(current);                            game.map.clearLine(current.x, current.y, current.color, false);                        }                    }                }, 10);            }        };        game.map = {            startX: 40.5,            startY: 60.5,            width: game.cellCount * game.cellWidth,            height: game.cellCount * game.cellWidth,            bubbles: [],            init: function () {                for (var i = 0; i < game.cellCount; i++) {                    var row = [];                    for (var j = 0; j < game.cellCount; j++) {                        row.push(new Bubble(j, i, null));                    }                    this.bubbles.push(row);                }            },            clearLine: function (x1, y1, color, isClick) {                if (this.isEmpty(x1, y1)) {                    if (isClick) game.ready.flyin();                    return;                };                //给定一个坐标，看是否有满足的line可以被消除                //4根线 一  | / /                //横线                var current = this.getBubble(x1, y1);                if (!current.color) {                    console.log(current);                }                var arr1, arr2, arr3, arr4;                arr1 = this.bubbles[y1];                arr2 = [];                for (var y = 0; y < game.cellCount; y++)                    arr2.push(this.getBubble(x1, y));                arr3 = [current];                arr4 = [current];                for (var i = 1; i < game.cellCount ; i++) {                    if (x1 - i >= 0 && y1 - i >= 0)                        arr3.unshift(this.getBubble(x1 - i, y1 - i));                    if (x1 + i < game.cellCount && y1 + i < game.cellCount)                        arr3.push(this.getBubble(x1 + i, y1 + i));                    if (x1 - i >= 0 && y1 + i < game.cellCount)                        arr4.push(this.getBubble(x1 - i, y1 + i));                    if (x1 + i < game.cellCount && y1 - i >= 0)                        arr4.unshift(this.getBubble(x1 + i, y1 - i));                }                var line1 = getLine(arr1);                var line2 = getLine(arr2);                var line3 = getLine(arr3);                var line4 = getLine(arr4);                var line = line1.concat(line2).concat(line3).concat(line4);                if (line.length < 5) {                    if (isClick) game.ready.flyin();                    return;                }                else {                    var me = this;                    var i = 0;                    game.play("clearline", function () {                        if (i == line.length) {                            game.score.addScore(line.length);                            game.stop("clearline");                            me.isMoving = false;                            //game.ready.flyin();                            return;                        }                        me.isMoving = true;                        var p = line[i];                        me.setBubble(p.x, p.y, null);                        i++;                    }, 100);                }                function getLine(bubbles) {                    var line = [];                    for (var i = 0; i < bubbles.length; i++) {                        var b = bubbles[i];                        if (b.color == color) {                            line.push({ "x": b.x, "y": b.y });                        }                        else {                            if (line.length < 5)                                line = [];                            else                                return line;                        }                    }                    if (line.length < 5)                        return [];                    return line;                }            },            draw: function () {                var ctx = game.ctx;                ctx.save();                ctx.translate(this.startX, this.startY);                ctx.beginPath();                for (var i = 0; i <= game.cellCount; i++) {                    var p1 = i * game.cellWidth;;                    ctx.moveTo(p1, 0);                    ctx.lineTo(p1, this.height);                    var p2 = i * game.cellWidth;                    ctx.moveTo(0, p2);                    ctx.lineTo(this.width, p2);                }                ctx.strokeStyle = "#555";                ctx.stroke();                //绘制子元素（所有在棋盘上的泡）                this.bubbles.forEach(function (row) {                    row.forEach(function (bubble) {                        bubble.draw();                    });                });                ctx.restore();            },            isMoving: false,            move: function (bubble, target) {                var path = this.search(bubble.x, bubble.y, target.x, target.y);                if (!path) {                    //显示不能移动s                    alert("过不去");                    return;                }                //map开始播放当前泡的移动效果                //两种实现方式，1、map按路径染色，最后达到目的地 2、map生成一个临时的bubble负责展示，到目的地后移除                //console.log(path);                var me = this;                var name = "move_" + bubble.x + "_" + bubble.y;                var i = path.length - 1;                var color = bubble.color;                game.play(name, function () {                    if (i < 0) {                        game.stop(name);                        me.isMoving = false;                        me.clearLine(target.x, target.y, color, true);                        return;                    }                    me.isMoving = true;                    path.forEach(function (cell) {                        me.setBubble(cell.x, cell.y, null);                    });                    var currentCell = path[i];                    me.setBubble(currentCell.x, currentCell.y, color);                    i--;                }, 50);            },            search: function (x1, y1, x2, y2) {                var history = [];                var goalCell = null;                var me = this;                getCell(x1, y1, null);                if (goalCell) {                    var path = [];                    var cell = goalCell;                    while (cell) {                        path.push({ "x": cell.x, "y": cell.y });                        cell = cell.parent;                    }                    return path;                }                return null;                function getCell(x, y, parent) {                    if (x >= me.bubbles.length || y >= me.bubbles.length)                        return;                    if (x != x1 && y != y2 && !me.isEmpty(x, y))                        return;                    for (var i = 0; i < history.length; i++) {                        if (history[i].x == x && history[i].y == y)                            return;                    }                    var cell = { "x": x, "y": y, child: [], "parent": parent };                    history.push(cell);                    if (cell.x == x2 && cell.y == y2) {                        goalCell = cell;                        return cell;                    }                    var child = [];                    var left, top, right, buttom;                    //最短路径的粗略判断就是首选目标位置的大致方向                    if (x - 1 >= 0 && me.isEmpty(x - 1, y))                        left = { "x": x - 1, "y": y };                    if (x + 1 < me.bubbles.length && me.isEmpty(x + 1, y))                        right = { "x": x + 1, "y": y };                    if (y + 1 < me.bubbles.length && me.isEmpty(x, y + 1))                        buttom = { "x": x, "y": y + 1 };                    if (y - 1 >= 0 && me.isEmpty(x, y - 1))                        top = { "x": x, "y": y - 1 };                    if (x > x2) {                        if (y > y2)                            child = [left, top, right, buttom];                        else if (y < y2)                            child = [left, buttom, right, top];                        else                            child = [left, top, right, buttom];                    }                    else if (x < x2) {                        if (y > y2)                            child = [right, top, left, buttom];                        else if (y < y2)                            child = [right, buttom, left, top];                        else                            child = [right, top, left, buttom];                    }                    else if (x == x2) {                        if (y > y2)                            child = [top, left, right, buttom];                        else if (y < y2)                            child = [buttom, left, right, top];                    }                    for (var i = 0; i < child.length; i++) {                        var c = child[i];                        if (c) cell.child.push(getCell(c.x, c.y, cell));                    }                    return cell;                }            },            getEmptyBubbles: function () {                var empties = [];                this.bubbles.forEach(function (row) {                    row.forEach(function (bubble) {                        if (!bubble.color) {                            empties.push(new Bubble(bubble.x, bubble.y));                        }                    });                });                if (empties.length <= 3) {                    return [];                }                var result = [];                var useds = [];                for (var i = 0; i < empties.length; i++) {                    if (result.length == 3) {                        break;                    }                    var isUsed = false;                    var ra = game.getRandom(empties.length);                    for (var m = 0; m < useds.length; m++) {                        isUsed = ra === useds[m];                        if (isUsed) break;                    }                    if (!isUsed) {                        result.push(empties[ra]);                        useds.push(ra);                    }                }                //console.log(useds);                return result;            },            addBubble: function (bubble) {                var thisBubble = this.getBubble(bubble.x, bubble.y);                thisBubble.color = bubble.color;            },            setBubble: function (x, y, color) {                this.getBubble(x, y).color = color;            },            getBubble: function (x, y) {                if (x < 0 || y < 0 || x > game.cellCount || y > game.cellCount) return null;                return this.bubbles[y][x];            },            isEmpty: function (x, y) {                var bubble = this.getBubble(x, y);                return !bubble.color;            },        };        var Cell = function (x, y) {            this.x = x;            this.y = y;        }        var Bubble = function (x, y, color) {            this.x = x;            this.y = y;            this.px = game.cellWidth * (this.x + 1) - game.cellWidth / 2;            this.py = game.cellWidth * (this.y + 1) - game.cellWidth / 2;            this.color = color;            this.light = 10;        };        Bubble.prototype.draw = function () {            if (!this.color) {                return;            }            var ctx = game.ctx;            ctx.beginPath();            //console.log("x:" + px + "y:" + py);            var gradient = ctx.createRadialGradient(this.px - 5, this.py - 5, 0, this.px, this.py, this.light);            gradient.addColorStop(0, "white");            gradient.addColorStop(1, this.color);            ctx.arc(this.px, this.py, 11, 0, Math.PI * 2);            ctx.strokeStyle = this.color;            ctx.fillStyle = gradient;            ctx.fill();            ctx.stroke();        };        Bubble.prototype.play = function () {            var me = this;            var isUp = true;            game.play("light_" + this.x + "_" + this.y, function () {                if (isUp) {                    me.light += 3;                }                if (!isUp) {                    me.light -= 3;                }                if (me.light >= 30) {                    isUp = false;                }                if (me.light <= 10) {                    isUp = true;                }            }, 50);        };        Bubble.prototype.stop = function () {            //this.light = 10;            var me = this;            game.stop("light_" + this.x + "_" + this.y);            game.play("restore_" + this.x + "_" + this.y, function () {                if (me.light > 10) {                    me.light--;                }                else {                    me.light = 10;                    game.stop("restore_" + me.x + "_" + me.y);                }            }, 50);        };        game.start();    </script></body></html>

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