魔乐MLDN-JAVA兴趣课堂_超级马里奥游戏源代码和游戏图片

package org.liky.mario; import java.awt.image.BufferedImage; public class Mario implements Runnable{ public boolean isClear() { return isClear; } public void setClear(boolean isClear) { this.isClear = isClear; } //坐标 private int x,y; //运动速度 private int xmove=0,ymove=0; //状态 private String status; //显示图片 private BufferedImage showImage; //生命数和分数 private int life,score; private Thread t=null; //当前所在场景 private BackGround bg=null; //当前移动中显示的图片索引 private int moving=0; //上升的时间 private int upTime=0; //是否死亡 private boolean isDead=false; //胜利 private boolean isClear=false; //构造方法 public Mario(int x,int y){ this.x=x; this.y=y; //初始化图片 this.showImage=StaticValue.allMarioImage.get(0); this.life=3; this.score=0; this.status="right--standing"; t=new Thread(this); t.start(); } public void run(){ while(true){ //如果是最后一个场景，并且到达旗杆位置，游戏 结束，不能控制 if(this.bg.isFlag()&&this.x>=520){ this.bg.setOver(true); if(this.bg.isDown()){ //向城门移动 this.status="right--moving"; if(this.x<580){ //在台阶上向右 x+=5; }else{ x+=5; if(y<480){ //向下 y+=5; } //到达城门。游戏结束 if(x>=780){ isClear=true; } } }else{ if(this.y<420){ this.y+=5; } if(this.y>=420){ this.y=420; this.status="right--standing"; } } }else{ //判断是否可以移动 boolean canLeft=true; boolean canRight=true; //是否在障碍物上 boolean onLand=false; for(int i=0;i<this.bg.getAllObstruction().size();i++){ Obstruction ob=bg.getAllObstruction().get(i); //不能向右 if(ob.getX()==this.x+60&&(ob.getY()+50>this.y&&ob.getY()-50<this.y)){ if(ob.getType()!=3){ canRight=false; } } //不能向左 if(ob.getX()==this.x-60&&(ob.getY()+50>this.y&&ob.getY()-50<this.y)){ if(ob.getType()!=3){ canLeft=false; } } //在某个障碍物上，可以跳跃 if(ob.getY()==this.y+60&&(ob.getX()+60>this.x&&ob.getX()-60<this.x)){ if(ob.getType()!=3){ onLand=true; } } //判断是否顶到障碍物 if(ob.getY()==this.y-60&&(ob.getX()+50>this.x&&ob.getX()-50<this.x)){ //对砖块进行处理 if(ob.getType()==0){ this.bg.getAllObstruction().remove(ob); this.bg.getRemovedObstruction().add(ob); } //对于问号的处理和对隐形砖块的处理 if(ob.getType()==4||ob.getType()==3&&upTime>0){ ob.setType(2); ob.setImage(); } upTime=0; } } //对敌人的碰撞进行判断 for(int i=0;i<this.bg.getAllEnemy().size();i++){ Enemy e=this.bg.getAllEnemy().get(i); if(e.getX()+50 > this.x&& e.getX()-50<this.x&& e.getY()+50 > this.y&& e.getY()-50<this.y){ this.dead(); } if(e.getY()==this.y+60&&(e.getX()+60>this.x&& e.getX()-60<this.x)){ if(e.getType()==1){ e.dead(); this.upTime=10; this.ymove=-5; }else if(e.getType()==2){ this.dead(); } } } if(onLand&&upTime==0){ if(this.status.indexOf("left")!=-1){ if(xmove!=0){ this.status="left--moving"; }else{ this.status="left--standing"; } }else{ if(xmove!=0){ this.status="right--moving"; }else{ this.status="right--standing"; } } }else{ //表示上升的状态 if(upTime!=0){ upTime--; }else{ this.down(); } y+=ymove; } if(canLeft&&xmove<0||(canRight&&xmove>0)){ x+=xmove; if(x<0){ x=0; } } } //定义图片取得的索引数 int temp=0; //当前面前左 if(this.status.indexOf("left")!=-1){ temp+=5; } //判断是移动 if(this.status.indexOf("moving")!=-1){ temp+=moving; moving++; if(moving==4){ moving=0; } } if(this.status.indexOf("jumping")!=-1){ temp+=4; } //改变显示图片 this.showImage=StaticValue.allMarioImage.get(temp); try { Thread.sleep(50); } catch (InterruptedException e) { // TODO Auto-generated catch block e.printStackTrace(); } } } public void dead(){ this.life--; if(this.life==0){ isDead=true; }else{ bg.reset(); this.x=0; this.y=480; } } public void leftMove(){ xmove=-5; //如果当前是跳跃状态，应保持原有状态 if(this.status.indexOf("jumping")!=-1){ this.status="left--jumping"; }else{ this.status="left--moving"; } } public void rightMove(){ xmove=5; if(this.status.indexOf("jumping")!=-1){ this.status="right--jumping"; }else{ this.status="right--moving"; } } public void leftStop(){ xmove=0; if(this.status.indexOf("jumping")!=-1){ this.status="left--jumping"; }else{ this.status="left--standing"; } } public void rightStop(){ xmove=0; if(this.status.indexOf("jumping")!=-1){ this.status="right--jumping"; }else{ this.status="right--standing"; } } public void jump(){ if(this.status.indexOf("jumping")==-1){ if(this.status.indexOf("left")!=-1){ this.status="left--jumping"; }else{ this.status="right--jumping"; } ymove=-5; upTime=36; } } public void down(){ if(this.status.indexOf("left")!=-1){ this.status="left--jumping"; }else{ this.status="right--jumping"; } ymove=5; } public BackGround getBg() { return bg; } public void setBg(BackGround bg) { this.bg = bg; } public int getX() { return x; } public void setX(int x) { this.x = x; } public int getY() { return y; } public void setY(int y) { this.y = y; } public String getStatus() { return status; } public void setStatus(String status) { this.status = status; } public BufferedImage getShowImage() { return showImage; } public void setShowImage(BufferedImage showImage) { this.showImage = showImage; } public int getLife() { return life; } public void setLife(int life) { this.life = life; } public int getScore() { return score; } public void setScore(int score) { this.score = score; } public boolean isDead() { return isDead; } public void setDead(boolean isDead) { this.isDead = isDead; } }