很久以前初学java的时候写的小游戏.zip

package com.sylva.tank; import java.awt.Color; import java.awt.Graphics; import java.awt.Point; import java.awt.Rectangle; import java.awt.event.KeyEvent; import java.util.ArrayList; import java.util.LinkedList; import java.util.Timer; import org.w3c.dom.css.Rect; public class Tank implements Idestructible { protected Point tankCenter = new Point(300, 300); public int getDamage() { return damage; } public void setDamage(int damage) { this.damage = damage; } protected int speed = 2; protected Color pedrail = Color.GRAY; protected Color plant = new Color(60, 120, 25); protected Color cab = new Color(40, 90, 40); protected Color cannon = Color.BLACK; protected int damage = 1; protected camp tankCamp; protected direction curDir = direction.U; protected boolean alter = true; protected int pedrailW = 5 + 2; protected int pedrailH = 25 + 4; protected int plantW = 15 + 2; protected int plantH = 18 + 2; protected int cabW = 9 + 2; protected int attackRate=10; protected int specialShot=0; public int getSpecialShot() { return specialShot; } public void setSpecialShot(int specialShot) { this.specialShot = specialShot; } public int getLife() { return life; } public int getSpeed() { return speed; } public void setSpeed(int speed) { this.speed = speed; if(this.speed>8)this.speed=8; } public void setLife(int life) { this.life = life; } protected int cabH = 12; protected int cannonW = 3; protected int cannonH = 17; protected int pedrailint = 4; protected int shotSpeed = 4; protected boolean coolDown = false; protected int CDint = 1000; protected Freezer f = new Freezer(); protected boolean left = false, right = false, up = false, down = false; protected BattleField bf; protected boolean live=true; protected Point oldCenter; protected int autoCD=0; protected int life=1; public boolean isLive() { return live; } public void setLive(boolean live) { this.live = live; } enum direction { L, R, U, D }; enum camp{FRIEND,FOE}; protected boolean engine = false; public Tank(Point tankCenter, camp tankCamp,BattleField bf) { this.tankCenter = tankCenter; this.bf = bf; this.tankCamp =tankCamp; f.start(); } public Tank(int x, int y, camp tankCamp,BattleField bf) { this(new Point(x, y),tankCamp, bf); } public Tank(int x, int y, camp tankCamp,BattleField bf, Color pedrail, Color plant, Color cab, Color cannon) { this(new Point(x, y),tankCamp, bf); this.pedrail = pedrail; this.plant = plant; this.cab = cab; this.cannon = cannon; } public Tank(int x, int y,camp tankCamp, BattleField bf, Color pedrail, Color plant, Color cab, Color cannon, direction oriDir) { this(x, y,tankCamp, bf, pedrail, plant, cab, cannon); this.curDir = oriDir; } public Tank(int x, int y,camp tankCamp, BattleField bf, Color pedrail, Color plant, Color cab, Color cannon, direction oriDir,boolean boss) { this(x, y,tankCamp, bf, pedrail, plant, cab, cannon); this.curDir = oriDir; this.pedrailH*=2; this.pedrailW*=2; this.plantH*=2; this.plantW*=2; this.cabH*=2; this.cabW*=2; this.cannonH*=2; this.cannonW*=2; this.pedrailint+=2; } public Missile fire() { coolDown = true; Point mc = null; switch (curDir) { case U: mc = new Point(tankCenter.x, specialShot==0?(tankCenter.y - cannonH):(tankCenter.y - cannonH-(damage*3+30))); break; case D: mc = new Point(tankCenter.x, specialShot==0?(tankCenter.y + cannonH):(tankCenter.y + cannonH+(damage*3+30))); break; case L: mc = new Point(specialShot==0?(tankCenter.x - cannonH):(tankCenter.x - cannonH-(damage*3+30)), tankCenter.y); break; case R: mc = new Point(specialShot==0?(tankCenter.x + cannonH):(tankCenter.x + cannonH+(damage*3+30)), tankCenter.y); break; } if(specialShot!=0){ specialShot--; return new Laser(this, mc, curDir, shotSpeed, bf, Color.RED); } return new Missile(this,mc, curDir, shotSpeed,bf,this.tankCamp==camp.FRIEND?Color.RED:Color.BLUE); } public void draw(Graphics g) { if(!live){ bf.tanks.remove(this); return; } if(tankCamp==camp.FOE&&(autoCD++)%20==0)autoDrive(); if(autoCD==1000)autoCD=0; Color oriForeCol = g.getColor(); move(); if (curDir == direction.U || curDir == direction.D) { g.setColor(pedrail); g.draw3DRect(tankCenter.x - pedrailW - (plantW / 2), tankCenter.y - (pedrailH / 2), pedrailW, pedrailH, true); g.draw3DRect(tankCenter.x + (plantW / 2), tankCenter.y - (pedrailH / 2), pedrailW, pedrailH, true); if (alter) { for (int i = tankCenter.y - (pedrailH / 2); i <= tankCenter.y + (pedrailH / 2); i += pedrailint) { g.drawLine(tankCenter.x - pedrailW - (plantW / 2), i, tankCenter.x - plantW / 2, i); g.drawLine(tankCenter.x + (plantW / 2), i, tankCenter.x + plantW / 2 + pedrailW, i); } } else { for (int i = tankCenter.y - (pedrailH / 2) + pedrailint / 2; i <= tankCenter.y + (pedrailH / 2); i += pedrailint) { g.drawLine(tankCenter.x - pedrailW - (plantW / 2), i, tankCenter.x - plantW / 2, i); g.drawLine(tankCenter.x + (plantW / 2), i, tankCenter.x + plantW / 2 + pedrailW, i); } } g.setColor(plant); g.fill3DRect(tankCenter.x - plantW / 2, tankCenter.y - plantH / 2, plantW, plantH, true); g.setColor(cab); g.fill3DRect(tankCenter.x - cabW / 2, tankCenter.y - cabH / 2, cabW, cabH, true); g.setColor(cannon); if (curDir == direction.U) { g.fill3DRect(tankCenter.x - cannonW / 2, tankCenter.y - cannonH, cannonW, cannonH, true); } else { g.fill3DRect(tankCenter.x - cannonW / 2, tankCenter.y, cannonW, cannonH, true); } } else if (curDir == direction.L || curDir == direction.R) { g.setColor(pedrail); g.draw3DRect(tankCenter.x - pedrailH / 2, tankCenter.y - pedrailW - plantW / 2, pedrailH, pedrailW, true); g.draw3DRect(tankCenter.x - pedrailH / 2, tankCenter.y + plantW / 2, pedrailH, pedrailW, true); if (alter) { for (int i = tankCenter.x - (pedrailH / 2); i <= tankCenter.x + (pedrailH / 2); i += pedrailint) { g.drawLine(i, tankCenter.y - pedrailW - plantW / 2, i, tankCenter.y - plantW / 2); g.drawLine(i, tankCenter.y + (plantW / 2), i, tankCenter.y + plantW / 2 + pedrailW); } } else { for (int i = tankCenter.x - (pedrailH / 2) + pedrailint / 2; i <= tankCenter.x + (pedrailH / 2); i += pedrailint) { g.drawLine(i, tankCenter.y - pedrailW - plantW / 2, i, tankCenter.y - plantW / 2); g.drawLine(i, tankCenter.y + (plantW / 2), i, tankCenter.y + plantW / 2 + pedrailW); } } g.setColor(plant); g.fill3DRect(tankCenter.x - plantH / 2, tankCenter.y - plantW / 2, plantH, plantW, true); g.setColor(cab); g.fill3DRect(tankCenter.x - cabH / 2, tankCenter.y - cabW / 2, cabH, cabW, true); g.setColor(cannon); if (curDir == direction.L) { g.fill3DRect(tankCenter.x - cannonH, tankCenter.y - cannonW / 2, cannonH, cannonW, true); } else { g.fill3DRect(tankCenter.x, tankCenter.y - cannonW / 2, cannonH, cannonW, true); } } if (engine) alter = !alter; g.setColor(oriForeCol); } public void move() { if (engine) { oldCenter=new Point(tankCenter.x,tankCenter.y); switch (curDir) { case U: tankCenter = new Point(tankCenter.x, tankCenter.y - speed); break; case D: tankCenter = new Point(tankCenter.x, tankCenter.y + speed); break; case L: tankCenter = new Point(tankCenter.x - speed, tankCenter.y); break; case R: tankCenter = new Point(tankCenter.x + speed, tankCenter.y); break; } } if(tankCenter.x<cannonH) tankCenter.x=cannonH; if(tankCenter.x>bf.initSiz.width-cannonH) tankCenter.x=bf.initSiz.width-cannonH; if(tankCenter.y<cannonH+30) tankCenter.y=cannonH+30; if(tankCenter.y>bf.initSiz.height-cannonH) tankCenter.y=bf.initSiz.height-cannonH; barrier(bf.tanks)