这里写目录标题

一、英雄类二、怪物类三、地图类四、怪物集合五、游戏类六、测试类，进行游戏的测试

一、英雄类

这是游戏的主角，我们通过操作英雄在地图上的走动来获得道具，开门与战斗操作。对于英雄我们有等级，血量，攻击，防御，金币数量，红、黄、蓝钥匙数量以及经验值的属性 

下面展示一些 内联代码片。

// An highlighted block package com.yc.opp3.hc0701; public class Hero { private int level; private int blood; private int att; private int def; private int gold; private int rKey; private int yKey; private int bKey; private int exp; public Hero() { this.level = 1; this.blood = 1000; this.att = 10; this.def = 10; this.gold = 0; this.rKey = 1; this.yKey = 1; this.bKey = 1; this.exp = 0; } public int getExp() { return exp; } public void setExp(int exp) { this.exp = exp; } @Override public String toString() { return "勇士等级为：" + level + ", 血量为：" + blood + ", 攻击为：" + att + ", 防御为：" + def + ", 金币为：" + gold + ", 红钥匙：" + rKey + ", 黄钥匙：" + yKey + ", 蓝钥匙：" + bKey + ", 经验：" + exp ; } public int getLevel() { return level; } public void setLevel(int level) { this.level = level; } public int getBlood() { return blood; } public void setBlood(int blood) { this.blood = blood; } public int getAtt() { return att; } public void setAtt(int att) { this.att = att; } public int getDef() { return def; } public void setDef(int def) { this.def = def; } public int getGold() { return gold; } public void setGold(int gold) { this.gold = gold; } public int getrKey() { return rKey; } public void setrKey(int rKey) { this.rKey = rKey; } public int getyKey() { return yKey; } public void setyKey(int yKey) { this.yKey = yKey; } public int getbKey() { return bKey; } public void setbKey(int bKey) { this.bKey = bKey; } }

二、怪物类

怪物类有怪物名，血量，攻击，防御，击败后获得金币数和经验值的属性 下面展示一些 `内联代码片`。 // An highlighted block package com.yc.opp3.hc0701; public class Monster { private String name; private int blood; private int att; private int def; private int gold; private int exp; public Monster(String name, int blood, int att, int def, int gold, int exp) { super(); this.name = name; this.blood = blood; this.att = att; this.def = def; this.gold = gold; this.exp = exp; } @Override public String toString() { return "怪物名：" + name + ", 血量：" + blood + ", 攻击：" + att + ", 防御：" + def + ", 金币：" + gold + ", 经验：" + exp ; } public String getName() { return name; } public void setName(String name) { this.name = name; } public int getBlood() { return blood; } public void setBlood(int blood) { this.blood = blood; } public int getAtt() { return att; } public void setAtt(int att) { this.att = att; } public int getDef() { return def; } public void setDef(int def) { this.def = def; } public int getGold() { return gold; } public void setGold(int gold) { this.gold = gold; } public int getExp() { return exp; } public void setExp(int exp) { this.exp = exp; } }

三、地图类

地图类用一个二维数组来存储地图，第一个下标表示塔的层数，第二个下标表示具体地图

下面展示一些 内联代码片。

// An highlighted block package com.yc.opp3.hc0701; public class Maps { //这个地图20层，每层10*10 public static String[][] maps = new String[20][100]; static { // TODO Auto-generated constructor stub //创建地图 //x表示强 ，h 勇士，a红宝石 d蓝宝石，r红血瓶 b 蓝雪平 ，1-9 表示怪物 //空格表示空地 ijk三种钥匙 IJK三种门 //n 下一层 p上一层 maps[0] = new String[] { "x","x","x","x","x","x","x","x","x","x", "x","a","d","x","a","x","d","3","n","x", "x","x","1","x","1"," ","2","x","J","x", "x","b"," ","3"," "," "," ","1","a","x", "x","x","2","x","i","x","x"," ","1","x", "x","r","a","J"," ","x","a","x"," ","x", "x","x","I","x"," ","I","d"," ","2","x", "x","a","1","x","h","1"," ","x","1","x", "x","r","d","x"," ","x","x","1","a","x", "x","x","x","x","x","x","x","x","x","x" }; } }

四、怪物集合

我们把怪物放在一个集合里面

下面展示一些 内联代码片。

package com.yc.opp3.hc0701; public class Monsters { static Monster m1 = new Monster("绿色史莱姆",50,20,1,1,1); static Monster m2 = new Monster("红色史莱姆",50,20,8,2,1); static Monster m3 = new Monster("小蝙蝠",60,25,15,3,3); static Monster m4 = new Monster("初级魔法师",100,30,10,4,4); static Monster m5 = new Monster("骷髅人",70,70,0,5,5); static Monster m6 = new Monster("大蝙蝠",120,50,30,6,6); public static Monster[] ms = new Monster[] {m1,m2,m3,m4,m5,m6}; }

五、游戏类

游戏类用来对英雄进行操作，开始游戏，创建地图，英雄的移动，遇到不同的对象执行的不同操作。

下面展示一些 内联代码片。

package com.yc.opp3.hc0701; import java.util.Scanner; public class Game { public Hero hero; public int mindex = 1; public int hindex = 74; public boolean isGameOver = false; public Scanner sc = new Scanner(System.in); public void startGame() { hero = new Hero(); // 实例化对象 //创建地图 显示地图 createMap(mindex); System.out.println("\n开始游戏"); System.out.println(hero.toString()); System.out.println("请按wsad键进行移动："); //开始游戏 ，移动勇士 while(!isGameOver) { String chiose = sc.nextLine(); //开始移动，无视大小写 if("w".equalsIgnoreCase(chiose)) { walk(-10); }else if ("s".equalsIgnoreCase(chiose)) { walk(10); }else if("a".equalsIgnoreCase(chiose)) { walk(-1); }else { walk(1); } } } private void createMap(int mindex) { // TODO Auto-generated method stub String[] maps = Maps.maps[mindex -1]; for (int i = 0; i < maps.length; i++) { System.out.print(maps[i] + " "); //10个换行 if((i + 1) %10 == 0) System.out.println(); } } //移动 public void walk(int step) { //移动过程中遇到不同对象的判断 //碰到墙壁禁止移动 if("x".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println(); createMap(mindex); return; } //红血瓶 else if("r".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士获得红血瓶，血量+100！"); hero.setBlood(hero.getBlood() + 100); System.out.println(hero.toString()); } //蓝血瓶 else if("r".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士获得蓝血瓶，血量+500！"); hero.setBlood(hero.getBlood() + 500); System.out.println(hero.toString()); } //攻击力 else if("a".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士获得红宝石，攻击力+3！"); hero.setAtt(hero.getAtt() + 3); System.out.println(hero.toString()); } //防御力 else if("d".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士获得蓝宝石，防御力+3！"); hero.setDef(hero.getDef()+3); System.out.println(hero.toString()); } //黄钥匙 else if("i".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士获得黄钥匙！"); hero.setyKey(hero.getyKey()+1); System.out.println(hero.toString()); } //红钥匙 else if("j".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士获得红钥匙！"); hero.setrKey(hero.getrKey()+1); System.out.println(hero.toString()); } //蓝钥匙 else if("k".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士获得蓝钥匙！"); hero.setbKey(hero.getbKey()+1); System.out.println(hero.toString()); } //开门 else if ("I".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士遇到了黄门，是否开门？Y/N"); String op = sc.nextLine(); if("n".equalsIgnoreCase(op)) { //不开门，不移动，显示地图 createMap(mindex); return; } //开门判断是否有钥匙 if(hero.getyKey()<=0) { System.out.println("钥匙不足，不可开门！"); createMap(mindex); return; } //开门，钥匙-1 hero.setyKey(hero.getyKey() - 1); System.out.println("黄门开启，黄钥匙 - 1"); System.out.println(hero.toString()); } //红色 else if ("J".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士遇到了红门，是否开门？Y/N"); String op = sc.nextLine(); if("n".equalsIgnoreCase(op)) { //不开门，不移动，显示地图 createMap(mindex); return; } //开门判断是否有钥匙 if(hero.getrKey()<=0) { System.out.println("钥匙不足，不可开门！"); createMap(mindex); return; } //开门，钥匙-1 hero.setrKey(hero.getrKey() - 1); System.out.println("红门开启，红钥匙 - 1"); System.out.println(hero.toString()); } // 蓝色 else if ("K".equals(Maps.maps[mindex-1][hindex + step])) { System.out.println("勇士遇到了蓝门，是否开门？Y/N"); String op = sc.nextLine(); if("n".equalsIgnoreCase(op)) { //不开门，不移动，显示地图 createMap(mindex); return; } //开门判断是否有钥匙 if(hero.getbKey()<=0) { System.out.println("钥匙不足，不可开门！"); createMap(mindex); return; } //开门，钥匙-1 hero.setbKey(hero.getbKey() - 1); System.out.println("蓝门开启，蓝钥匙 - 1"); System.out.println(hero.toString()); } else if(" ".equals(Maps.maps[mindex-1][hindex + step])) { //空格不管 }else { //剩下的全是数字 String strNum = Maps.maps[mindex - 1][hindex + step]; int mNum = Integer.parseInt(strNum); System.out.println("遇到怪物：" + Monsters.ms[mNum - 1].toString()); fight(mNum); } //移动前位置置空，移动后的位置标记位h Maps.maps[mindex - 1][hindex] = " "; Maps.maps[mindex - 1][hindex +step ] = "h"; //改变英雄坐标 hindex += step; //重新显示地图 System.out.println(); createMap(mindex); } //战斗 public void fight(int mNum) { //先获得原始数据对象 Monster om = Monsters.ms[mNum - 1]; //原始数据不能改变，所以每次战斗都要重新实例化一个对象 Monster m = new Monster(om.getName(), om.getBlood(), om.getAtt(), om.getDef(), om.getGold(), om.getExp()); //战斗逻辑 扣血量 = 攻击 - 防御 int h2m = hero.getAtt() - m.getDef(); int m2h = m.getAtt() - hero.getDef(); if (m2h <= 0) { System.out.println("怪物防御高于英雄攻击，英雄阵亡！"); isGameOver = true; return; } //避免bug 血量越打越高 m2h = m2h < 0 ? 0 : m2h; //对砍 do { //开始 ，勇士攻击怪物 m.setBlood(m.getBlood() - h2m); if(m.getBlood() <= 0) { System.out.println("战斗胜利，勇士获得" + m.getGold() + "金币，" + m.getExp() + "经验！"); hero.setGold(hero.getGold() + m.getGold()); hero.setExp(hero.getExp() + m.getExp()); break; } //怪物反击 hero.setBlood(hero.getBlood() - m2h); if(hero.getBlood() <= 0) { System.out.println("战斗失败，英雄死亡！请重新开始游戏"); isGameOver = true; return; } }while(hero.getBlood() < 0 && m.getBlood() > 0); System.out.println(hero.toString()); } }

六、测试类，进行游戏的测试

下面展示一些 内联代码片。

package com.yc.opp3.hc0701; public class Test { public static void main(String[] args) { Game g = new Game(); g.startGame(); } }

这就是一个简单的魔塔案例，是对于类与对象的简单运用。