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蛋蛋写的AS2斗地主出牌的算法

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2008-08-23 23:55 | 只看楼主

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蛋蛋写的AS2斗地主出牌的算法

/* 类似QQ斗地主游戏开发联系QQ9143844
蛋蛋写的斗地主出牌的算法地主20张平民 17张X2 54张牌
游戏参数有单双两炸 4炸 (3带双 3带1) (4带双 4带2) 单顺双顺三顺
注:单顺子由5张以上组成含5张,最多12张3-A 双顺可以一次性质出完限制3-A
调用参数 array 为要出牌的数组并按照以大到小的顺序排好
调用方法:wochupai(array);
注意--这里我只是输出了调试信息,详细的功能要自己加进去
先写到这里吧详细的自己研究研究,如果发现有错误请告诉我我会努力改正
黑红梅方牌
134 133 132 131 3
144 143 142 141 4
154 153 152 151 5
164 163 162 161 6
174 173 172 171 7
184 183 182 181 8
194 193 192 191 9
204 203 202 201 10
214 213 212 211 J
224 223 222 221 Q
234 233 232 231 K
244 243 242 241 A
254 253 252 251 2
444 大鬼 333 小鬼
array = [192, 181, 172, 163, 141, 152];
wochupai(array);*/
function wochupai(array) {
if (array.length == 2) {
if ((pipei(array[0], array[1]) == 1)) {
trace("出牌:对子");
} else {
trace("继续判断是否是双炸!");
if (array[0] == 444 && array[1] == 333) {
trace("出牌:双炸");
} else {
trace("两张牌不符合类型");
}
}
}
//得到三张的算法
if (array.length == 3) {
if ((pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1)) {
trace("出牌:3张");
} else {
trace("三张牌不符合类型");
}
}
//得到四张牌的算法-------------------
if (array.length == 4) {
if ((pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1)) {
trace("出牌:4炸");
} else {
trace("继续找3带1");
sandaiyi4_1(array);
}
}
//-------------------三带一的两个方法1---------------------------
function sandaiyi4_1(array) {
if ((pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1)) {
trace("出牌:3带1");
} else {
trace("继续找3带1");
sandaiyi4_2(array);
}
}
//-------------------三带一的两个方法2---------------------------
function sandaiyi4_2(array) {
if ((pipei(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1)) {
trace("出牌:3带1");
} else {
trace("4张牌不符类型");
}
}
/////////----------------------------------------
if (array.length == 5) {
if ((int(array[0]/10)<25) && (pipeijian(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1)(pipeijian(array[2], array[3]) == 1)(pipeijian(array[3], array[4]) == 1)) {
trace("出牌:单顺");
} else {
trace("继续寻找3带对");
diaoyong5_1(array);
}
}
//-----------------------------
function diaoyong5_1(array) {
if ( ((pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1)(pipei(array[3], array[4]) == 1))||((pipei(array[0], array[1]) == 1) && (pipei(array[2], array[3]) == 1)&&(pipei(array[3], array[4]) == 1))) {
trace("出牌:3带2");
} else {
trace("继续寻找4带1");
diaoyong5_2(array);
}
}
//------------------------------------------------
function diaoyong5_2(array) {
if (((pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1)(pipei(array[2], array[3]) == 1)) || ((pipei(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1)(pipei(array[3], array[4]) == 1))) {
trace("出牌:4带1");
} else {
trace("5张牌不符合类型");
}
}
//继续推算第6张牌
//先算是否是双顺子
if (array.length == 6) {
//------------------------------------------------
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipei(array[2], array[3]) == 1) && (pipei(array[4], array[5]) == 1)&&(pipeijian(array[1], array[2]) == 1)&&(pipeijian(array[3], array[4]) == 1)) {
trace("出牌:双顺");
} else {
trace("不是双顺,判断是否是单顺");
diaoyong6_2(array);
}
//------------------------------------------------
}
//------------------------------------------------------
function diaoyong6_2(array) {
if ((int(array[0]/10)<25) && ((pipeijian(array[0], array[1]) == 1)) && ((pipeijian(array[1], array[2]) == 1)) && ((pipeijian(array[2], array[3]) == 1)) && ((pipeijian(array[4], array[5]) == 1))) {
trace("出牌:单顺");
} else {
trace("不是单顺,判断是否是三顺");
diaoyong6_3(array);
}
}
//-----------------------------
function diaoyong6_3(array) {
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1) && (pipei(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1)) {
if ((pipeijian(array[2], array[3]) == 1)) {
trace("出牌:三顺");
} else {
trace("不是三顺,判断是否是4带2");
diaoyong6_4(array);
}
} else {
trace("不是三顺,判断是否是4带2");
diaoyong6_4(array);
}
}
//--------------------------------------------
function diaoyong6_4(array) {
if ((pipei(array[2], array[3]) == 1)) {
trace("继续判断是否是4带2!");
diaoyong6_5(array);
} else {
trace("6张牌不符合类型");
}
}
//------------------------------------------------------
//---------------------判断4带2的三种方法-------------------------------
function diaoyong6_5(array) {
if (((pipei(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1)) || ((pipei(array[1], array[4]) == 1) && (pipei(array[4], array[3]) == 1)) || ((pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1))) {
trace("出牌:4带2,");
} else {
trace("6张牌不符合类型!");
}
}
//------------------------判断4带2的三种方法结束----------------------------
//-------------------------判断7张牌单顺-----------------------------
if (array.length == 7) {
if ((int(array[0]/10)<25) && (pipeijian(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipeijian(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1)) {
trace("出牌:单顺");
} else {
trace("7张牌不符合类型");
}
}
//--------------------------7张牌判断完毕
//--------------------------继续判断8张牌---------------------
if (array.length == 8) {
//先判断是否是顺子
if ((int(array[0]/10)<25) && (pipeijian(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipeijian(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipeijian(array[6], array[7]) == 1)) {
trace("出牌:单顺");
} else {
trace("由于没有四顺,我们判断是否是双顺");
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipei(array[2], array[3]) == 1) && (pipei(array[4], array[5]) == 1) && (pipei(array[6], array[7]) == 1)) {
trace("出牌:双顺");
} else {
trace("继续判断4带4功能");
sidaisi8_1(array);
}
}
}
//四带四功能判断方法 66 5555 33 6666 33 22 44 55 6666
//----------------------------------------------------
function sidaisi8_1(array) {
//前面4只
if (((pipei(array[0], array[1]) == 1) && (pipei(array[2], array[3]) == 1) && (pipei(array[4], array[5]) == 1) && (pipei(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1)) || ((pipei(array[0], array[1]) == 1) && (pipei(array[2], array[3]) == 1) && (pipei(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipei(array[6], array[7]) == 1)) || ((pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipei(array[4], array[5]) == 1) && (pipei(array[6], array[7]) == 1))) {
trace("出牌:4带4");
} else {
trace("8张牌不符合类型");
}
}
//--------------------------8张牌判断完毕----------------
//--------------------------9张牌判断开始-----------------
if (array.length == 9) {
//先判断是否是顺子
if ((int(array[0]/10)<25) && (pipeijian(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipeijian(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipeijian(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1)) {
trace("出牌:单顺");
} else {
trace("判断是否是三顺");
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1) && (pipei(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipei(array[6], array[7]) == 1) && (pipei(array[7], array[8]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipeijian(array[5], array[6]) == 1)) {
trace("出牌:三顺");
} else {
trace("9张牌不符合类型");
}
}
}
//--------------------------9张牌判断完毕-------------------
//--------------------------10张牌判断开始----单顺,双顺---------------
if (array.length == 10) {
//先判断是否是单顺
if ((int(array[0]/10)<25) && (pipeijian(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipeijian(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipeijian(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) & (pipeijian(array[8], array[9]) == 1)) {
trace("出牌:单顺");
} else {
trace("判断是否是双顺");
//------------------------------------------------------------44 55 66 77 88 01 23 45 67 89--------------------------------------44 55 66 77 88 01 23 45 67 89
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipei(array[8], array[9]) == 1)) {
trace("出牌:双顺");
} else {
trace("10张牌不符合类型");
}
}
}
//--------------------------10张牌判断完毕-------------------
//--------------------------11张牌判断开始---------单顺---------
if (array.length == 11) {
if ((int(array[0]/10)<25) && (pipeijian(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipeijian(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipeijian(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipeijian(array[8], array[9]) == 1) && (pipeijian(array[9], array[10]) == 1)) {
trace("出牌:单顺");
} else {
trace("11张牌不符合类型");
}
}
//--------------------------11张牌判断完毕-------------------
//--------------------------12张牌判断开始------单顺,双顺,三顺,四顺-------------
if (array.length == 12) {
if ((int(array[0]/10)<25) && (pipeijian(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipeijian(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipeijian(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipeijian(array[8], array[9]) == 1) && (pipeijian(array[9], array[10]) == 1) && (pipeijian(array[10], array[11]) == 1)) {
trace("出牌:单顺");
} else {
trace("继续判断是否是双顺");
shun12_2(array);
}
}
//-------------------12张判断双顺--------------------
function shun12_2(array) {
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipei(array[7], array[8]) == 1) && (pipei(array[8], array[9]) == 1) && (pipeijian(array[9], array[10]) == 1) && (pipei(array[10], array[11]) == 1)) {
trace("出牌:双顺");
} else {
trace("继续判断是否是3顺");
shun12_3(array);
}
}
//-------------------12张判断三顺--------------------
function shun12_3(array) {
//0 2 4 6 8 333 444 555 666 012 345 678 91011
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipei(array[1], array[2]) == 1) && (pipeijian(array[2], array[3]) == 1) && (pipei(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipei(array[7], array[8]) == 1) && (pipeijian(array[8], array[9]) == 1) && (pipei(array[9], array[10]) == 1) && (pipei(array[10], array[11]) == 1)) {
trace("出牌:三顺");
} else {
trace("12张牌不符合类型");
}
}
//-------------------12张判断三顺--------------------
function shuangshun12(array) {
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipei(array[8], array[9]) == 1)) {
trace("出牌:三顺");
} else {
trace("12张牌不符合类型");
}
}
//--------------------------12张牌判断完毕-------------------
//-----------------14张双顺
if (array.length == 14) {
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipei(array[8], array[9]) == 1) && (pipeijian(array[9], array[10]) == 1) && (pipei(array[10], array[11]) == 1) && (pipeijian(array[11], array[12]) == 1) && (pipei(array[12], array[13]) == 1)) {
trace("出牌:双顺");
} else {
trace("14张牌不符合类型");
}
}
//-----------------16张双顺
if (array.length == 16) {
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipei(array[8], array[9]) == 1) && (pipeijian(array[9], array[10]) == 1) && (pipei(array[10], array[11]) == 1) && (pipeijian(array[11], array[12]) == 1) && (pipei(array[12], array[13]) == 1) && (pipeijian(array[13], array[14]) == 1) && (pipei(array[14], array[15]) == 1)) {
trace("出牌:双顺");
} else {
trace("14张牌不符合类型");
}
}
//-----------------16张双顺
if (array.length == 18) {
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipei(array[8], array[9]) == 1) && (pipeijian(array[9], array[10]) == 1) && (pipei(array[10], array[11]) == 1) && (pipeijian(array[11], array[12]) == 1) && (pipei(array[12], array[13]) == 1) && (pipeijian(array[13], array[14]) == 1) && (pipei(array[14], array[15]) == 1) && (pipeijian(array[15], array[16]) == 1) && (pipei(array[16], array[17]) == 1)) {
trace("是双顺,可以出牌");
} else {
trace("18张双顺完毕");
}
}
//-------------------18张完毕---------
if (array.length == 20) {
if ((int(array[0]/10)<25) && (pipei(array[0], array[1]) == 1) && (pipeijian(array[1], array[2]) == 1) && (pipei(array[2], array[3]) == 1) && (pipeijian(array[3], array[4]) == 1) && (pipei(array[4], array[5]) == 1) && (pipeijian(array[5], array[6]) == 1) && (pipei(array[6], array[7]) == 1) && (pipeijian(array[7], array[8]) == 1) && (pipei(array[8], array[9]) == 1) && (pipeijian(array[9], array[10]) == 1) && (pipei(array[10], array[11]) == 1) && (pipeijian(array[11], array[12]) == 1) && (pipei(array[12], array[13]) == 1) && (pipeijian(array[13], array[14]) == 1) && (pipei(array[14], array[15]) == 1) && (pipeijian(array[15], array[16]) == 1) && (pipei(array[16], array[17]) == 1) && (pipeijian(array[17], array[18]) == 1) && (pipei(array[18], array[19]) == 1)) {
trace("出牌:双顺");
} else {
trace("20张牌不符合类型");
}
}
//-----------------20张双顺
//-------------------匹配两个数是否相等
function pipei(str1, str2) {
if (int(str1/10) == int(str2/10)) {
return (1);
} else {
return (0);
}
}
//-------------------匹配两个数是否相等
//-------------------匹配两个数相减是否是1
function pipeijian(str1, str2) {
if (int(str1/10)-int(str2/10) == 1) {
return (1);
} else {
return (0);
}
}
//-------------------匹配两个数相减是否是1
}

蛋蛋最后编辑于 2008-08-24 15:07:43

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闪客论坛Flash 开发【源码、资料、教程下载区】 蛋蛋写的AS2斗地主出牌的算法

蛋蛋写的AS2斗地主出牌的算法

蛋蛋写的AS2斗地主出牌的算法

闪客论坛Flash 开发【源码、资料、教程下载区】蛋蛋写的AS2斗地主出牌的算法