搜尋
首頁web前端js教程jQuery實作的五子棋遊戲實例_jquery

jQuery實作的五子棋遊戲實例_jquery

WBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWB
WBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWBOYWB
May 16, 2016 pm 03:55 PM
jquery五子棋遊戲

本文实例讲述了jQuery实现的五子棋游戏。分享给大家供大家参考。具体如下：

这是一款非常不错的代码，就是人工智能方面差了一点

<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" 
"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html xmlns="http://www.w3.org/1999/xhtml">
<head>
<title>五子棋</title>
<style type="text/css">
div{margin:0;padding:0;}
div.board{width:561px; height:561px; border:1px solid #ccc; margin:0 auto;}
div.board div{ width:31px; height:31px; border:1px solid #ccc; float:left; cursor:pointer; background-repeat:no-repeat; }
div.board .person { background-image:url('images/1/files/demo/white.jpg')}
div.board .machine{ background-image:url('images/1/files/demo/black.jpg')}
div.board .person_star{background-image:url('images/1/files/demo/white_star.jpg')}
div.board .machine_star{background-image:url('images/1/files/demo/black_star.jpg')}
input.ipt{ display:block; margin:0 auto; margin-top:8px;width:70px}
</style>
</head>
<body>
<div class='board' id='board'>
</div>
<input type='button' value='开始游戏' onclick="initGame();
this.value='重新开始'" class='ipt'/>
<script type='text/javascript'>
var TRANSVERSE = 16;
var VERTICAL = 16;
var LEFT = 1;
var RIGHT = 2;
var TOP = 3;
var BOTTOM = 4;
var LEFT_TOP = 5;
var LEFT_BOTTOM = 6;
var RIGHT_TOP = 7;
var RIGHT_BOTTOM = 8;
var Chess = function()
{
 var owner = '';
 var victory = false;
 this.getOwner = function(){return owner;};
 this.setOwner = function(value){owner = value;};
 this.getVictory = function(){ return victory;}
 this.setVictory = function(value){ victory = value; } 
}
var Board = function()
{
 var chessBoard = [];
 var isGameOver = false;
 this.getChess = function(point)
 {
  var x = point.x , y = point.y;
  return chessBoard[y][x];
 }
 this.setChess = function(chess , point)
 {
  var x = point.x , y = point.y;
  chessBoard[y][x] = chess;
 }
 this.setVictory = function(points)
 {
  for(var i = 0 ; i < points.length ; i ++)
  {
   for(var j = 0 ; j < points[i].length; j ++)
   {
    var chess = this.getChess(points[i][j]);
    chess.setVictory(true);
   }
  }
 }
 this.getAvaiablePoints = function()
 {
  var avaiable = new Array;
  for(var y = 0 ; y <= VERTICAL ; y ++)
  {
   for(var x = 0 ; x <= TRANSVERSE ; x ++)
   {
    if(chessBoard[y][x]) continue;
    var point = {x : x , y : y};
    avaiable.push(point);
   }
  }
  return avaiable;
 }
 this.getMap = function()
 {
  var map = {};
   for(var y = 0 ; y <= VERTICAL ; y ++)
   {
   for(var x = 0 ; x <= TRANSVERSE ; x++)
    {
    var chess = chessBoard[y][x];
     var value = '';
     if(chess)
     {
     value = chess.getOwner();
     if(chess.getVictory()) value += '_star';
     }
     else 
     {
     value = '';
     }
     map[ x + ',' + y ] = value;
    }
   }
   return map;
 }
 this.gameOver = function()
 {
  return isGameOver = true;
 }
 this.isGameOver = function()
 {
  return isGameOver;
 }
 this.getNextPoint = function(point , direction)
 {
  var next = {x : point.x , y : point.y};
  switch(direction)
  {
   case LEFT :
    next.x -= 1;
    break;
   case RIGHT:
    next.x += 1;
    break;
   case TOP:
    next.y -= 1;
    break;
   case BOTTOM:
    next.y += 1;
    break;
   case LEFT_TOP:
    next.x-= 1 , next.y-= 1;
    break;
   case RIGHT_TOP:
    next.x += 1 , next.y -= 1;
    break;
   case LEFT_BOTTOM:
    next.x -= 1 , next.y += 1;
    break;
   case RIGHT_BOTTOM:
    next.x += 1 , next.y += 1;
    break;
   default :
    alert('方向错误');
  }
  return next;
 }
 var initialize = function()
 {
  for(var i = 0 ; i <= VERTICAL ; i++ ) chessBoard.push([]);
 } 
 initialize();
}
var Compute = function(role)
{
 var directions = [LEFT , TOP , RIGHT , BOTTOM , LEFT_TOP , LEFT_BOTTOM , RIGHT_TOP , RIGHT_BOTTOM];
 var score = 0;
 var self = this;
 this._computeScore = function(direction)
 {
  throw new Error('未实现');
 }
 this._convertToPattern = function(chesslist)
 {
  return role.convertToPattern(chesslist)
 }
 this.compute = function(point)
 {
  score = 0;
  for(var i = 0, direction ; direction = directions[i++];)
  {
   score += this._computeScore(point , direction);
  } 
 }
 this.getScore = function(refPoint)
 {
  return score ;
 }
}
var Five = function(role)
{
 Compute.call(this, role);
 var computeScore1 = function(refPoint , direction)
 {
  var predefined = 'IIII';
  var chesslist = role.find(refPoint , direction , 4);
  var pattern = role.convertToPattern(chesslist);
  if(predefined == pattern) return true;
  return false ;  
 }
 var computeScore2 = function(refPoint , direction)
 {
  var prev = role.find(refPoint , direction , 2);
  var next = role.find(refPoint , role.reverseDirection(direction) , 2);
  var prevPattern = role.convertToPattern(prev);
  var nextPattern = role.convertToPattern(next);
  if(prevPattern == 'II' && nextPattern == 'II') return true;
  return false;
 }
 var computeScore3 = function(refPoint , direction)
 {
  var prev = role.find(refPoint , direction , 3);
  var next = role.find(refPoint , role.reverseDirection(direction) , 1);
  var prevPattern = role.convertToPattern(prev);
  var nextPattern = role.convertToPattern(next);
 if(prevPattern == 'III' && nextPattern == 'I') return true;
 return false;  
 }
 this._computeScore = function(refPoint , direction)
 {
  if(computeScore1(refPoint , direction) || computeScore2(refPoint , direction) || computeScore3(refPoint , direction))
   return 100000;
  else return 0;
 }
}
var Four_Live = function(role)
{
 Compute.call(this, role);
 this._computeScore = function(refPoint , direction)
 {
  var score = 0;
  var prev = role.find(refPoint , direction , 4);
  var next = role.find(refPoint , role.reverseDirection(direction), 1);
  var prevPattern = this._convertToPattern(prev);
  var nextPattern = this._convertToPattern(next);
  if(prevPattern == 'III0' && nextPattern == '0') score = 10000;  
 return score;  
 }
}
var Four_Live1 = function(role)
{
 Compute.call(this, role);
 this._computeScore = function(refPoint , direction)
 {
  var prev = role.find(refPoint , direction , 3);
  var next = role.find(refPoint , role.reverseDirection(direction) , 2);
  var prevPattern = this._convertToPattern(prev);
  var nextPattern = this._convertToPattern(next);  
  if(prevPattern == 'II0' && nextPattern == 'I0') return 10000;
  else return 0;
 }
}
var Tree_Live = function(role)
{
 Compute.call(this, role);
 this._computeScore = function(refPoint , direction)
 {
  var score = 0;
  var prev = role.find(refPoint , direction , 3);
  var next = role.find(refPoint , role.reverseDirection(direction), 2);
  var prevPattern = this._convertToPattern(prev);
  var nextPattern = this._convertToPattern(next);
  if(prevPattern == 'II0' && nextPattern == '00')
   score += 1000;
  return score;
 }
}
var Tree_Live1 = function(role)
{
 Compute.call(this, role);
 this._computeScore = function(refPoint , direction)
 {
  var prev = role.find(refPoint , direction , 2);
  var next = role.find(refPoint , role.reverseDirection(direction), 3);
  var prevPattern = this._convertToPattern(prev);
  var nextPattern = this._convertToPattern(next);
 if(prevPattern == 'I0' && nextPattern == 'I00')
  return 1000
 else return 0;   
 }
}
var Two_Live = function(role)
{
 Compute.call(this, role);
 this._computeScore = function(refPoint , direction)
 {
  var prev = role.find(refPoint , direction , 3);
  var next = role.find(refPoint , role.reverseDirection(direction), 2); 
  var prevPattern = this._convertToPattern(prev);
  var nextPattern = this._convertToPattern(next);
 if(prevPattern == 'I00' && nextPattern == '00') return 100;
 else return 0;  
 }
}
var One_Live = function(role)
{
 Compute.call(this, role);
 this._computeScore = function(refPoint , direction)
 {
  var prev = role.find(refPoint , direction , 3);
  var next = role.find(refPoint , role.reverseDirection(direction), 3); 
  var prevPattern = this._convertToPattern(prev);
  var nextPattern = this._convertToPattern(next);
 if(prevPattern == '000' && nextPattern == '000') return 10;
 else return 0;  
 }
}
var Four_End = function(role)
{
 Compute.call(this, role);
 this._computeScore = function(refPoint , direction)
 {
  var prev = role.find(refPoint , direction , 3);
  var next = role.find(refPoint , role.reverseDirection(direction), 1); 
  var prevPattern = this._convertToPattern(prev);
  var nextPattern = this._convertToPattern(next);
 if(prevPattern == 'III' && nextPattern == '0') return 150;
 else return 0;  
 }
}
var Role = function(board)
{
 var computers = [];
 var self = this;
 var isVictory = false;
 this.isVictory = function()
 {
  return isVictory;
 }
 var getScore = function(point)
 {
  var score = 0;
  for(var i = 0 , computer; computer = computers[i++];)
  {
   computer.compute(point);
   score += computer.getScore();
  }
  var result = {score: score , point : point};
  return result;
 }
 var getScoreList = function()
 {
  var result = [];
  var avaiablePoints = board.getAvaiablePoints();
  for(var i = 0 , point; point = avaiablePoints[i++];) 
  {
   result.push(getScore(point));
  }
  return result;
 }
 this.getCode = function()
 {
  throw new Error('未实现');
 }
 this.getPeak = function()
 {
  var scoreInfo = getScoreList();
  scoreInfo.sort(function(a,b){
   return b.score - a.score ;
  });
  return scoreInfo[0];
 } 
 this.convertToPattern = function(chesslist)
 {
  var pattern = '';
  if(!chesslist) return '';
  for(var i = 0 ; i < chesslist.length ; i ++)
  {
   var chess = chesslist[i];
   if(chess == undefined) pattern += '0';
   else if(chess.getOwner() == this.getCode()) pattern += 'I';
   else pattern += 'Y';
  }
  return pattern ;
 }
 this.reverseDirection = function(direction)
 {
  switch(direction)
  {
   case LEFT : return RIGHT;
   case RIGHT : return LEFT;
   case TOP : return BOTTOM;
   case BOTTOM : return TOP;
   case LEFT_TOP : return RIGHT_BOTTOM;
   case RIGHT_BOTTOM : return LEFT_TOP;
   case RIGHT_TOP : return LEFT_BOTTOM;
   case LEFT_BOTTOM : return RIGHT_TOP;
   default : alert('方向错误');
  }
 } 
 this._checkGameOver = function(point)
 {
  var leftRight = findVictory(point , LEFT);
  var topBottom = findVictory(point , TOP);
  var leftTopRightBottom = findVictory(point , LEFT_TOP);
  var rightTopLeftBottom = findVictory(point , RIGHT_TOP);
  var array = [leftRight , topBottom , leftTopRightBottom , rightTopLeftBottom];
  var victory = [];
  for(var i = 0 ; i < array.length ; i ++)
  {
   if(array[i].length >= 5) victory.push(array[i]);
  }
  if(victory.length > 0)
  {
   board.gameOver();
   board.setVictory(victory);
   isVictory = true;
  }
  if(board.getAvaiablePoints().length ==0) board.gameOver();
 }
 var isLicitPoint = function(point)
 {
  return point.x >= 0 && point.y >= 0 && point.x <= TRANSVERSE && point.y <= VERTICAL 
   && board.getChess(point) && board.getChess(point).getOwner() == self.getCode()
 }
 var findVictory = function(refPoint , direction)
 {
  var reverse = self.reverseDirection(direction);
  var result = [];
  var nextPoint ;
  var currPoint = {x: refPoint.x , y: refPoint.y};
  while(true)
  {
   nextPoint = board.getNextPoint(currPoint, direction);
   if(!isLicitPoint(nextPoint)) break;
   currPoint = {x :nextPoint.x , y:nextPoint.y};
  }
  while(true)
  {
  result.push(currPoint);   
   nextPoint = board.getNextPoint(currPoint , reverse);
   if(!isLicitPoint(nextPoint)) break;  
   currPoint = { x: nextPoint.x , y: nextPoint.y };
  }
  return result;
 }
 this.find = function(point , direction , deep)
 {
  var refPoint = {x: point.x , y : point.y};
  var result = new Array;
   var index = 1;
   var nextPoint;
   while(index <= deep)
   {
   nextPoint = board.getNextPoint(refPoint, direction);
    if(nextPoint.x < 0 || nextPoint.y < 0 || 
    nextPoint.x > TRANSVERSE || nextPoint.y > VERTICAL) return null;
    var chess = board.getChess(nextPoint);
    if(chess) chess.point = {x:nextPoint.x , y:nextPoint.y};
    result.push(chess);
    refPoint = nextPoint;
    index ++;
   }
   return result;
 } 
 var initialize = function()
 {
  computers.push(new Five(self));
  computers.push(new Four_Live(self));
  computers.push(new Tree_Live(self));
  computers.push(new Four_Live1(self));
  computers.push(new Tree_Live1(self));
  computers.push(new Two_Live(self));
  computers.push(new One_Live(self));
  computers.push(new Four_End(self));
 }
 initialize();
}
var Machine = function(board, rival)
{
 Role.call(this, board);
 this.setChess = function()
 {
  if(board.isGameOver()) return;
  var myPeak = this.getPeak();
  var rivalPeak = rival.getPeak();
  var peak ;
  if(myPeak.score >= rivalPeak.score) peak = myPeak;
  else peak = rivalPeak;
  var chess = new Chess();
  chess.setOwner(this.getCode());
  board.setChess(chess, peak.point);
  this._checkGameOver(peak.point);
 }
 this.getCode = function(){return 'machine';}
}
var Person = function(board , rival)
{
 Role.call(this, board);
 this.setChess = function(x,y)
 {
  if(board.isGameOver()) return;
  var point = new Object;
  point.x = x;
  point.y = y;
  var chess = new Chess()
  chess.setOwner(this.getCode());
  board.setChess(chess, point);
  this._checkGameOver(point);
 }
 this.getCode = function(){ return 'person'; }
}
var UIBase = function()
{
 var self = this;
 this._id = '$UI' + (++ UIBase.index);
 this._globalKey = "";
 this.getHTML = function()
 {
  return "";
 }
 var setGlobalKey = function()
 {
  var magic = '$UI_Items';
  self._globalKey = 'window.'+magic+'.'+self._id;  
  window[magic] = window[magic] || {};
  window[magic][self._id] = self;
 }
 var formatHTML = function(html)
 {
  html = html.replace(/\$\$/g, self._globalKey);
  html = html.replace(/&&/g,self._id);
  return html;
 } 
 var initUIBase = function()
 {
  setGlobalKey();
 }
 this.renderHTML = function()
 {
  return formatHTML(this.getHTML());
 }
 this.getDOM = function()
 {
 var dom = document.getElementById(this._id)
  return dom;
 }
 initUIBase();
}
UIBase.index = 0;
var ChessUI = function(board, placeholder)
{
 UIBase.call(this);
 this.setChess = function(){}
 this.getHTML = function()
 {
  var html = '';
  var map = board.getMap();
  for(var key in map)
  {
   var onclick = '';
   var className = map[key];
   if(className == '') onclick='$$._setChess('+ key +')';
  html += '<div onclick="'+ onclick +'" class="'+ className +'"></div>';
  }
  return html;
 }
 this.draw = function()
 {
  var html = this.renderHTML();
  document.getElementById(placeholder).innerHTML = html;
 }
 this._setChess = function(x,y)
 {
  this.setChess(x,y);
 }
 this.draw();
}
function getMSIEVersion()
{
 var regex = /MSIE([^;]+)/;
 var userAgent = navigator.userAgent;
 var result = regex.exec(userAgent);
 if(result) return parseInt(result[1]);
}
function initGame()
{
 var version = getMSIEVersion();
 if(version && version <= 8)
 {
  alert('请使用非IE浏览器(ie9、10除外)进行游戏(google chrome 、firefox等 )');
  return;
 }
 var board = new Board();
 var person = new Person(board);
 var machine = new Machine(board, person);
 var chessUI = new ChessUI(board, 'board');
 chessUI.setChess = function(x,y)
 {
  person.setChess(x,y);
  machine.setChess();
  chessUI.draw();
  if(board.isGameOver())
  {
   if(person.isVictory()) alert('您获得了胜利');
   else if(machine.isVictory()) alert('机器获得了胜利');
   else alert('游戏结束，胜负未分');
  }
 }
 if(Math.floor(Math.random() * 10) % 2)
 {
  alert('机器执棋');
  machine.setChess();
  chessUI.draw();
 }
 else
 {
  alert('您执棋');
 }
}
</script>
</body>
</html>

希望本文所述对大家的jQuery程序设计有所帮助。

陳述
本文內容由網友自願投稿，版權歸原作者所有。本站不承擔相應的法律責任。如發現涉嫌抄襲或侵權的內容，請聯絡admin@php.cn
相關文章
JavaScript在行動中：現實世界中的示例和項目JavaScript在行動中：現實世界中的示例和項目Apr 19, 2025 am 12:13 AM

JavaScript在現實世界中的應用包括前端和後端開發。 1)通過構建TODO列表應用展示前端應用，涉及DOM操作和事件處理。 2)通過Node.js和Express構建RESTfulAPI展示後端應用。

JavaScript和Web：核心功能和用例JavaScript和Web：核心功能和用例Apr 18, 2025 am 12:19 AM

JavaScript在Web開發中的主要用途包括客戶端交互、表單驗證和異步通信。 1)通過DOM操作實現動態內容更新和用戶交互；2)在用戶提交數據前進行客戶端驗證，提高用戶體驗；3)通過AJAX技術實現與服務器的無刷新通信。

了解JavaScript引擎：實施詳細信息了解JavaScript引擎：實施詳細信息Apr 17, 2025 am 12:05 AM

理解JavaScript引擎內部工作原理對開發者重要，因為它能幫助編寫更高效的代碼並理解性能瓶頸和優化策略。 1)引擎的工作流程包括解析、編譯和執行三個階段；2)執行過程中，引擎會進行動態優化，如內聯緩存和隱藏類；3)最佳實踐包括避免全局變量、優化循環、使用const和let，以及避免過度使用閉包。

Python vs. JavaScript：學習曲線和易用性Python vs. JavaScript：學習曲線和易用性Apr 16, 2025 am 12:12 AM

Python更適合初學者，學習曲線平緩，語法簡潔；JavaScript適合前端開發，學習曲線較陡，語法靈活。 1.Python語法直觀，適用於數據科學和後端開發。 2.JavaScript靈活，廣泛用於前端和服務器端編程。

Python vs. JavaScript：社區，圖書館和資源Python vs. JavaScript：社區，圖書館和資源Apr 15, 2025 am 12:16 AM

Python和JavaScript在社區、庫和資源方面的對比各有優劣。 1)Python社區友好，適合初學者，但前端開發資源不如JavaScript豐富。 2)Python在數據科學和機器學習庫方面強大，JavaScript則在前端開發庫和框架上更勝一籌。 3)兩者的學習資源都豐富，但Python適合從官方文檔開始，JavaScript則以MDNWebDocs為佳。選擇應基於項目需求和個人興趣。

從C/C到JavaScript：所有工作方式從C/C到JavaScript：所有工作方式Apr 14, 2025 am 12:05 AM

從C/C 轉向JavaScript需要適應動態類型、垃圾回收和異步編程等特點。 1）C/C 是靜態類型語言，需手動管理內存，而JavaScript是動態類型，垃圾回收自動處理。 2）C/C 需編譯成機器碼，JavaScript則為解釋型語言。 3）JavaScript引入閉包、原型鍊和Promise等概念，增強了靈活性和異步編程能力。

JavaScript引擎：比較實施JavaScript引擎：比較實施Apr 13, 2025 am 12:05 AM

不同JavaScript引擎在解析和執行JavaScript代碼時，效果會有所不同，因為每個引擎的實現原理和優化策略各有差異。 1.詞法分析：將源碼轉換為詞法單元。 2.語法分析：生成抽象語法樹。 3.優化和編譯：通過JIT編譯器生成機器碼。 4.執行：運行機器碼。 V8引擎通過即時編譯和隱藏類優化，SpiderMonkey使用類型推斷系統，導致在相同代碼上的性能表現不同。

超越瀏覽器：現實世界中的JavaScript超越瀏覽器：現實世界中的JavaScriptApr 12, 2025 am 12:06 AM

JavaScript在現實世界中的應用包括服務器端編程、移動應用開發和物聯網控制：1.通過Node.js實現服務器端編程，適用於高並發請求處理。 2.通過ReactNative進行移動應用開發，支持跨平台部署。 3.通過Johnny-Five庫用於物聯網設備控制，適用於硬件交互。

See all articles

熱AI工具

Undresser.AI Undress

Undresser.AI Undress

人工智慧驅動的應用程序，用於創建逼真的裸體照片

AI Clothes Remover

AI Clothes Remover

用於從照片中去除衣服的線上人工智慧工具。

Undress AI Tool

Undress AI Tool

免費脫衣圖片

Clothoff.io

Clothoff.io

AI脫衣器

AI Hentai Generator

AI Hentai Generator

免費產生 AI 無盡。

顯示更多

熱門文章

刺客信條陰影：貝殼謎語解決方案
3 週前ByDDD
Windows 11 KB5054979中的新功能以及如何解決更新問題
2 週前ByDDD
在哪裡可以找到原子中的起重機控制鑰匙卡
3 週前ByDDD
節省R.E.P.O.解釋（並保存文件）
1 個月前By尊渡假赌尊渡假赌尊渡假赌
刺客信條陰影 - 如何找到鐵匠，解鎖武器和裝甲定制
4 週前ByDDD
顯示更多

熱工具

mPDF

mPDF

mPDF是一個PHP庫，可以從UTF-8編碼的HTML產生PDF檔案。原作者Ian Back編寫mPDF以從他的網站上「即時」輸出PDF文件，並處理不同的語言。與原始腳本如HTML2FPDF相比，它的速度較慢，並且在使用Unicode字體時產生的檔案較大，但支援CSS樣式等，並進行了大量增強。支援幾乎所有語言，包括RTL（阿拉伯語和希伯來語）和CJK（中日韓）。支援嵌套的區塊級元素（如P、DIV），

SublimeText3 英文版

SublimeText3 英文版

推薦：為Win版本，支援程式碼提示！

SublimeText3漢化版

SublimeText3漢化版

中文版，非常好用

Dreamweaver Mac版

Dreamweaver Mac版

視覺化網頁開發工具

VSCode Windows 64位元 下載

VSCode Windows 64位元 下載

微軟推出的免費、功能強大的一款IDE編輯器

顯示更多

熱門話題

gmail信箱登陸入口在哪裡
7564
15
CakePHP 教程
1386
52
steam的賬戶名稱是什麼格式
87
11
win11激活密鑰永久
61
19
NYT連接提示和答案
28
101
顯示更多