winform实现五子棋游戏

本文实例为大家分享了winform实现五子棋游戏的具体代码,供大家参考,具体内容如下

利用数组,根据新旧数组值的不同,获取那个点是什么棋子;

说明:

棋盘:15*15;

定义4个全局变量:

string[,] stroldlist = new string[15, 15];//初始的List

public string[,] strlist = new string[15, 15]; //0 :未下,1:黑子 2:白子

int icount = 0;//五子连线算赢

string abc = "";//获取是白子还是黑子,1=黑子 2=白子 0=无子

自我感觉这种方法好笨,但是实在想不到什么好方法了。

代码如下:

#region 判断输赢

public void PanDuan() {

//赋值

for (int i = 0; i < 225; i++) {

strlist[i / 15, i % 15] = sandwich[i].btn.Text;

if (stroldlist[i / 15, i % 15] != strlist[i / 15, i % 15]) {

stroldlist[i / 15, i % 15] = strlist[i / 15, i % 15];//把新数组赋值给旧数组

icount = i;

abc = strlist[i / 15, i % 15];

}

}

//检查输赢,共有四中情况,横、竖、左斜、右斜

int ix = icount / 15;//X轴

int iy = icount % 15;//y轴

// PublicClass.ShowMessage(ix+"--------"+iy);

int count = 0;//五个点相连为赢

// int kstart = 0;//五子连开始的点

//四种情况,横、竖、左斜、右斜

//横(左上角坐标为0,0) "|"

int k_shu_min = ix - 4 < 0 ? 0 : ix - 4;

int k_shu_max = ix + 4 < 15 ? ix + 4 : 14;

for (int k = k_shu_min; k <= k_shu_max; k++) {

if (strlist[k, iy] == abc) {

count++;

if (count >= 5) {

if (abc == "1") {

PublicClass.ShowMessage("黑子胜!");

}

if (abc == "2") {

PublicClass.ShowMessage("白子胜!");

}

return;

}

}else {

count = 0;

}

}

count = 0;//count值清0

//竖 "一"

int k_heng_min = iy - 4 < 0 ? 0 : iy - 4;

int k_heng_max = iy + 4 < 15 ? iy + 4 : 14;

for (int k = k_heng_min; k <= k_heng_max; k++) {

if (strlist[ix, k] == abc) {

count++;

if (count >= 5) {

if (abc == "1") {

PublicClass.ShowMessage("黑子胜!");

}

if (abc == "2") {

PublicClass.ShowMessage("白子胜!");

}

return;

}

}else {

count = 0;

}

}

count = 0;

//左斜 "/"

int k_left_min = ix - 4 < 0 ? 0 : ix - 4;

int k_left_max = ix + 4 < 15 ? ix + 4 : 14;

for (int k = k_left_min; k <= k_left_max; k++) {

int ky = 0;

if (ix + iy > 14) {

ky = ix + iy - k >= 14 ? 14 : ix + iy - k;

} else {

ky = ix + iy - k <= 0 ? 0 : ix + iy - k;

}

if (strlist[k, ky] == abc) {

count++;

if (count >= 5) {

if (abc == "1") {

PublicClass.ShowMessage("黑子胜!");

}

if (abc == "2") {

PublicClass.ShowMessage("白子胜!");

}

return;

}

}else {

count = 0;

}

}

count = 0;

//右斜 "\"

int k_right_min = iy - 4 < 0 ? 0 : iy - 4;

int k_right_max = iy + 4 < 15 ? iy + 4 : 14;

for (int k = k_right_min; k <= k_right_max; k++) {

int kx = 0;

if (ix < iy) {

kx = ix - iy + k <= 0 ? 0 : ix - iy + k;

} else {

kx = ix - iy + k >= 14 ? 14 : ix - iy + k;

}

// PublicClass.ShowMessage(kx+"---"+k);

if (strlist[kx, k] == abc) {

count++;

if (count >= 5) {

if (abc == "1") {

PublicClass.ShowMessage("黑子胜!");

}

if (abc == "2") {

PublicClass.ShowMessage("白子胜!");

}

return;

}

}else {

count = 0;

}

}

count = 0;

}

#endregion

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