看过了Robocode的文章，对Robocde有了个大概了解，现在我我们就一个经典的Robocode例子源代码来分析Robocode也java之间是多么的天衣无缝。
经典Robocode新手入门例子，包括了移动，雷达，炮管。。。，看完它并应用它，保你Robocode一日千里。
注：翻译风格有所改变，有部分没有进行翻译，有些加入了天翼.李(Skyala.Li)的心得。我们在此只注重原理，不重形式。
大家可自行看看没有翻译的部分,也正好学习外语嘛！最后引入了About Duelist,快打到世界第一的机器人发展过程的一段文字。
此物出天上，望君好收藏！源代码也可于此下载
package wind;
import robocode.*;
import java.awt.Color;
/**
* SnippetBot - a robot by Alisdair Owens
* This bot includes all sorts of useful snippets. It is not
* designed to be a good fighter (although it does well 1v1),
* just to show how certain things are done
* Bits of code lifted from Nicator and Chrisbot
* Conventions in this bot include: Use of radians throughout
* Storing absolute positions of enemy bots rather than relative ones
* Very little code in events
* These are all good programming practices for robocode
* There may also be methods that arent used; these might just be useful for you.
*/
public class SnippetBot extends AdvancedRobot
{
/**
* run: SnippetBot's default behavior
*/
Enemy target; //our current enemy 代表对手，包括了对手的所有有用参数
final double PI = Math.PI; //just a constant
int direction = 1; //direction we are heading...1 = forward, -1 = backwards
//我们坦克车头的方向
double firePower; //the power of the shot we will be using - set by do firePower() 设置我们的火力
public void run()
{
target = new Enemy(); //实例化Enemy()类
target.distance = 100000; //initialise the distance so that we can select a target
setColors(Color.red,Color.blue,Color.green); //sets the colours of the robot
//the next two lines mean that the turns of the robot, gun and radar are independant
//让gun,radar独立于坦克车
setAdjustGunForRobotTurn(true);
setAdjustRadarForGunTurn(true);
turnRadarRightRadians(2*PI); //turns the radar right around to get a view of the field 以弧度计算旋转一周
while(true)
{
doMovement(); //Move the bot 移动机器人
doFirePower(); //select the fire power to use 选择火力
doScanner(); //Oscillate the scanner over the bot 扫描
doGun(); //move the gun to predict where the enemy will be 预测敌人，调整炮管
out.println(target.distance);
fire(firePower); //所有动作完成后，开火
execute(); //execute all commands 上面使用的都为AdvancedRobot类中的非阻塞调用
//控制权在我们，所有这里用阻塞方法返回控制给机器人
}
}
/*
* This simple function calculates the fire power to use (from 0.1 to 3)
* based on the distance from the target. We will investigate the data structure
* holding the target data later.
*/
void doFirePower()
{
firePower = 400/target.distance;//selects a bullet power based on our distance away from the target
//根据敌人距离来选择火力,因为本身前进，后退为300，所以火力不会过大
}
/*
* This is the movememnt function. It will cause us
* to circle strafe the enemy (ie move back and forward,
* circling the enemy. if you don't know what strafing means
* play more quake.
* The direction variable is global to the class. Passing a
* negative number to setAhead causes the bot to go backwards
* 以目标主中心来回摆动
*/
void doMovement()
{
if (getTime()%20 == 0) //?过20的倍数时间就反转方向
{
//every twenty 'ticks'
direction *= -1; //reverse direction
setAhead(direction*300); //move in that direction
}
setTurnRightRadians(target.
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