放开那三国战斗规则出手顺序实现

 

 

package com.wcc.game.fight;

 

import java.util.ArrayList;

import java.util.Arrays;

import java.util.List;

 

import org.apache.commons.collections.CollectionUtils;

import org.apache.commons.collections.Predicate;

 

class TestPlayer {

private int side;

private int index;

private String name;

 

/**

* 排

*/

private int row;

 

/**

* 列

*/

private int col;

 

public TestPlayer() {

}

 

public TestPlayer(int index, String name, int side) {

this.index = index;

this.name = name;

this.side = side;

this.col = getCol(index);

this.row = getRow(index);

}

 

@Override

public String toString() {

return "TestPlayer [index=" + index + ", name=" + name + ", row=" + row + ", col=" + col + "]";

}

 

// 1 4

// 2 5

// 3 6

private static List<List<Integer>> rowConstants = Arrays.asList(Arrays.asList(1, 2, 3), Arrays.asList(4, 5, 6));

private static List<List<Integer>> colConstants = Arrays.asList(Arrays.asList(1, 4), Arrays.asList(2, 5),

Arrays.asList(3, 6));

 

public static int getRow(int pos) {

for (int i = 0; i < rowConstants.size(); i++) {

List<Integer> r = rowConstants.get(i);

if (r.contains(pos)) {

return i + 1;

}

}

return -1;

}

 

public static int getCol(int pos) {

for (int i = 0; i < colConstants.size(); i++) {

List<Integer> r = colConstants.get(i);

if (r.contains(pos)) {

return i + 1;

}

}

return -1;

}

 

public void setSide(int side) {

 

this.side = side;

}

 

public int getSide() {

return side;

}

 

public int getRow() {

 

return row;

}

 

public void setRow(int row) {

 

this.row = row;

}

 

public int getCol() {

 

return col;

}

 

public void setCol(int col) {

 

this.col = col;

}

 

public int getIndex() {

 

return index;

}

}

 

public class MainTest {

 

public static void printArray(List<TestPlayer> players) {

for (TestPlayer testPlayer : players) {

System.out.println(testPlayer.toString());

}

}

 

public static TestPlayer selectMinDisTarget(List<TestPlayer> lstTarget, final TestPlayer roundFighter) {

if (CollectionUtils.isEmpty(lstTarget)) {

return null;

}

 

TestPlayer ret = null;

int distanceToTarget = 0;

for (int i = 0; i < lstTarget.size(); i++) {

int curDistance = Math.abs(roundFighter.getCol() - lstTarget.get(i).getCol());

if (i == 0) {

ret = lstTarget.get(i);

distanceToTarget = Math.abs(roundFighter.getCol() - ret.getCol());

} else {

if (curDistance < distanceToTarget) {

ret = lstTarget.get(i);

distanceToTarget = Math.abs(roundFighter.getCol() - ret.getCol());

}

}

}

 

return ret;

}

 

public static TestPlayer selectTarget(final TestPlayer curFighter, List<TestPlayer> playersA,

List<TestPlayer> playersB) {

List<TestPlayer> targetList = playersB;

if (curFighter.getSide() == 2) {

targetList = playersA;

}

 

// 首先判断前排有没有人

@SuppressWarnings("unchecked")

List<TestPlayer> frontTargetList = (List<TestPlayer>) CollectionUtils.select(targetList, new Predicate() {

@Override

public boolean evaluate(Object object) {

return ((TestPlayer) object).getRow() == 1;

}

});

 

// 如果前排有人

if (CollectionUtils.isNotEmpty(frontTargetList)) {

 

// 默认选择第0个

TestPlayer ret = selectMinDisTarget(frontTargetList, curFighter);

 

if (ret != null) {

return ret;

}

 

} else {

TestPlayer ret = selectMinDisTarget(targetList, curFighter);

 

if (ret != null) {

return ret;

}

}

 

return null;

}

 

public static void doFight(List<TestPlayer> endPlayers, List<TestPlayer> playersA, List<TestPlayer> playersB) {

for (int i = 0; i < endPlayers.size(); i++) {

TestPlayer curFighter = endPlayers.get(i);

TestPlayer targetFighter = selectTarget(curFighter, playersA, playersB);

 

System.out.println("cur:   " + curFighter.toString());

System.out.println("target:" + targetFighter.toString());

}

}

 

public static void main(String[] args) {

 

TestPlayer testPlayerA1 = new TestPlayer(1, "A1", 1);

TestPlayer testPlayerA2 = new TestPlayer(2, "A2", 1);

TestPlayer testPlayerA3 = new TestPlayer(3, "A3", 1);

TestPlayer testPlayerA4 = new TestPlayer(4, "A4", 1);

TestPlayer testPlayerA5 = new TestPlayer(5, "A5", 1);

TestPlayer testPlayerA6 = new TestPlayer(6, "A6", 1);

 

TestPlayer testPlayerB1 = new TestPlayer(1, "B1", 2);

TestPlayer testPlayerB2 = new TestPlayer(2, "B2", 2);

TestPlayer testPlayerB3 = new TestPlayer(3, "B3", 2);

TestPlayer testPlayerB4 = new TestPlayer(4, "B4", 2);

TestPlayer testPlayerB5 = new TestPlayer(5, "B5", 2);

TestPlayer testPlayerB6 = new TestPlayer(6, "B6", 2);

 

List<TestPlayer> playersA = new ArrayList<TestPlayer>();

// playersA.add(testPlayerA1);

playersA.add(testPlayerA2);

playersA.add(testPlayerA3);

playersA.add(testPlayerA4);

playersA.add(testPlayerA5);

playersA.add(testPlayerA6);

 

List<TestPlayer> playersB = new ArrayList<TestPlayer>();

playersB.add(testPlayerB1);

playersB.add(testPlayerB2);

playersB.add(testPlayerB3);

playersB.add(testPlayerB4);

playersB.add(testPlayerB5);

playersB.add(testPlayerB6);

 

// printArray(playersA);

 

List<TestPlayer> endPlayers = new ArrayList<TestPlayer>();

// A1 A2 A3 A4 A5 A6

// B1 B2 B3 B4 B5 B6

// 合并两个数组 实现方式 隔位插入就可以实现效果

int maxSideSize = playersA.size() >= playersB.size() ? playersA.size() : playersB.size();

boolean aFirst = true;

 

for (int i = 0; i < maxSideSize; i++) {

 

if (aFirst) {

if (i < playersA.size()) {

endPlayers.add(playersA.get(i));

}

 

if (i < playersB.size()) {

endPlayers.add(playersB.get(i));

}

} else {

if (i < playersB.size()) {

endPlayers.add(playersB.get(i));

}

if (i < playersA.size()) {

endPlayers.add(playersA.get(i));

}

}

 

}

doFight(endPlayers, playersA, playersB);

// printArray(endPlayers);

}

 

}

 

posted @ 2017-11-07 11:27  一个橙子~  阅读(309)  评论(0编辑  收藏  举报