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前言
本文主要介绍了关于PHP如何实现我们大家都知道的开心消消乐的算法,分享出来供大家参考学习,下面话不多说了,来一起看看详细的介绍吧。
一、需求描述:
1、在一个8*8的矩阵方格中随机出现5种颜色的色块。
2、当有三个或以上色块在横向或纵向上相连,则消除这些色块。
3、色块消除后,上方色块往下平移,并掉下颜色随机的色块填充矩阵空缺。
4、重复2、3步骤。
5、消除3个相同色块加10分,4个加15分,5个加20分,6个加30分,7个加40分,8个加70分,9个加100分,10个加150分,再往后每增加一个就比上一个多加50分。
二、上代码
'red',2 => 'green',3 => 'yellow',4 => 'blue',5 => 'black');//代表5种颜色
$samCol = array();//列上相连色块集合
$nowCol = array();//列上相连色块指针
$samArr = array();//相连色块总集合
$group = 1;//组指针
//随机填充颜色,并获得行上相连色块start
foreach($xxl as $k1 => $v1){
$sam = array();//行上相连色块集合
$now = 1;//行上相连色块指针
foreach($v1 as $k2 => $v2){
if(empty($v2) || $v2 == ' '){
$v2 = $xxl[$k1][$k2] = array_rand($color);//随机填充颜色
}
if(!isset($nowCol[$k2])){
$nowCol[$k2] = 1;
}
if($k1 === 0){
$samCol[$k2][$nowCol[$k2]][$k1 .'-'. $k2] = array($k1, $k2, $v2, $k1 .'-'. $k2 .'-'. $v2);
}else{
if($v2 != $xxl[$k1-1][$k2]){//同一列上和前一个颜色不一样
$nowCol[$k2] ++;
}
$samCol[$k2][$nowCol[$k2]][$k1 .'-'. $k2] = array($k1, $k2, $v2, $k1 .'-'. $k2 .'-'. $v2);
}
if($k2 === 0){
$sam[$now][$k1 .'-'. $k2] = array($k1, $k2, $v2, $k1 .'-'. $k2 .'-'. $v2);
}else{
if($v2 != $xxl[$k1][$k2-1]){//同一行上和前一个颜色不一样
$now++;
}
$sam[$now][$k1 .'-'. $k2] = array($k1, $k2, $v2, $k1 .'-'. $k2 .'-'. $v2);
}
}
//获得行上相连色块start
foreach($sam as $x => $y){
if(count($y) > 2){
$key = 'R-'.$group;
foreach($y as $x2 => $y2){
$y[$x2]['group']['r'] = $key;
}
$samArr += $y;
$group ++;
}
}
//获得行上相连色块end
}
//随机填充颜色,并获得行上相连色块end
//获得列上相连色块start
$group = 1;
foreach($samCol as $k => $v){
foreach($v as $x => $y){
if(count($y) > 2){
$key = 'L-'.$group;
foreach($y as $x2 => $y2){
$y[$x2]['group']['l'] = $key;
if(isset($samArr[$x2]['group']['r'])){//判断本点是否已出现在横向组里
$samArr[$x2]['group']['l'] = $key;
}
}
$samArr += $y;
$group ++;
}
}
}
//获得列上相连色块end
//查找相连色块start
$res = array();//相连色块集合
$hasRes = array();
foreach($samArr as $k => $v){
if(isset($hasRes[$k])){
continue;
}
$arr = array();
seek($samArr, $v, $arr);
$res[] = array_keys($arr);
$hasRes += $arr;
}
//查找相连色块end
show($xxl);//打印消除前的图形
if(empty($res)){//如果没有相连色块则退出递归
echo '=================================消除完毕!==================================';
return $point;
}
$thisPoint = countPoint($res);//计算本次消除获得积分
$point += $thisPoint;//累计到总积分
//消除相连色块start
$next = $xxl;
foreach($res as $k => $v){
foreach($v as $k2 => $v2){
$y = $samArr[$v2][0];
$x = $samArr[$v2][1];
$xxl[$y][$x] = '*';
unset($next[$y][$x]);
}
}
//消除相连色块end
show($xxl);//打印消除时的图形
$next = step($next);
show($next);//打印消除后的图形
echo "本次消除获得积分数量:{$thisPoint}\n";
return play($next, $point);
}
/*计算获得积分数量
*$xxl array 相连色块集合
*/
function countPoint($xxl){
//初始化积分配置start
$config = array(3 => 10, 4 => 15, 5 => 20, 6 => 30, 7 => 40, 8 => 70, 9 => 100);
for($i = 10; $i $v){
$temp = array_merge($v);
$count = count($temp);
if($count == 8){
continue;
}
for($i = $count; $i $v){
foreach($v as $k2 => $v2){
$arr[7-$k2][$k] = $v2;
}
}
ksort($arr);
//顺时针旋转矩阵end
$str = '';
foreach($arr as $v){
foreach($v as $v2){
$str .= ' '.$v2;
}
$str .= "\n";
}
echo "\n".$str;
}
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