c#做的五子棋源码.doc

using System;using System.Collections.Generic;using System.Text;namespace wuziqi class Program public static void Main(string args) int maxsize = 19;/棋盘行列最大值 int x, y;/用于定位下棋位置 string x1, y1;/临时变量获取棋手输入的坐标值（此时坐标值属于字符串类型） int col_up = 0, col_down = 0;/用于统计输入坐标值的上下相同棋子的个数 int row_left = 0, row_right = 0;/用于统计输入坐标值的左右相同棋子的个数 int dia_left_up = 0, dia_left_down = 0, dia_right_up = 0, dia_right_down = 0;/对角线的英文拼写（diagonal line）用于统计对角线上相同的棋子数目 int m;/临时变量，用于控制判断相同棋子比较的次数 int judgement;/用于获取判断是否要结束棋局或继续棋局的变量 string, qipan = new string24, 24;/定义二维棋盘 /初始化棋盘 label0: Console.Clear(); /五子棋规则 Console.WriteLine(=); Console.WriteLine(五子棋规则说明如下：); Console.WriteLine(1、下棋坐标是从1-15); Console.WriteLine(2、下棋坐标值为整型数据类型); Console.WriteLine(3、下棋双方先构成五子连线者胜); Console.WriteLine(=); for (int i = 5; i = maxsize; i+) for (int j = 5; j = maxsize; j+) qipani, j = ; /输出棋盘 for (int i = 5; i = maxsize; i+) for (int j = 5; j a&ch A&ch a & ch A & ch = 16 | y = 16) Console.WriteLine(=); Console.WriteLine(你输入的坐标超出了范围！); goto label2; if (qipanx + 4, y + 4 = ) qipanx + 4, y + 4 = ; /清屏 Console.Clear(); /输出棋走后棋盘 /五子棋规则 Console.WriteLine(=); Console.WriteLine(五子棋规则说明如下：); Console.WriteLine(1、下棋坐标是从1-15); Console.WriteLine(2、下棋坐标值为整型数据类型); Console.WriteLine(3、下棋双方先构成五子连线者胜); Console.WriteLine(=); for (int i = 5; i = maxsize; i+) for (int j = 5; j = maxsize; j+) Console.Write(qipani, j); Console.Write(n); else Console.WriteLine(=); Console.WriteLine(此处已经有棋子了); goto label2; / goto label; /判断是否可以连成五子 /判断上下 col_down = 0; col_up = 0; row_left = 0; row_right = 0; dia_left_down = 0; dia_left_up = 0; dia_right_down = 0; dia_right_up = 0; for (m = 1; m a & ch A & ch a & ch A & ch = 16 | y = 16) Console.WriteLine(你输入的坐标超出了范围！); goto label1; if (qipanx + 4, y + 4 = ) qipanx + 4, y + 4 = ; /输出棋走后棋盘 /清屏 Console.Clear(); /五子棋规则 Console.WriteLine(=); Console.WriteLine(五子棋规则说明如下：); Console.WriteLine(1、下棋坐标是从1-15); Console.WriteLine(2、下棋坐标值为整型数据类型); Console.WriteLine(3、下棋双方先构成五子连线者胜); Console.WriteLine(=); for (int i = 5; i = maxsize; i+) for (int j = 5; j = maxsize; j+) Console.Write(qipani, j); Console.Write(n); else Console.WriteLine(此处已经有棋子了); goto label1; /判断是否可以连成五子 col_down = 0; col_up = 0; row_left = 0; row_right = 0; dia_left_down = 0; dia_left_up = 0; dia_right_down = 0; dia_right_up = 0; for (m = 1; m = 4; m+) /判断上下 if (qipanx + 4, y + 4 = qipanx - m + 4, y + 4 & qipanx - m + 4, y + 4 != & qipanx - m + 4, y + 4 != ) col_up+; if (qipanx + 4, y + 4 = qipanx + m + 4, y + 4 & qipanx + m + 4, y + 4 != & qipanx + m + 4, y + 4 != ) col_down+; /判断左右 if (qipanx + 4, y + 4 = qipanx + 4, y - m + 4 & qipanx + 4, y - m + 4 != & qipanx + 4, y - m + 4 != ) row_left+; if (qipanx + 4, y + 4 = qipanx + 4, y + m + 4 & qipanx + 4, y + m + 4 != & qipanx + 4, y + m + 4 != ) row_right+; /判断左对角线 if (qipanx + 4, y + 4 = qipanx - m + 4, y - m + 4 & qipanx - m + 4, y - m + 4 != & qipanx - m + 4, y - m + 4 != ) dia_left_up+; if (qipanx + 4, y + 4 = qipanx + m + 4, y + m + 4 & qipanx + m + 4, y + m + 4 != & qipanx + m + 4, y + m + 4 != ) dia_left_down+; /判断右对角线 if (qipanx + 4, y + 4 = qipanx - m + 4, y + m + 4 & qipanx - m + 4, y + m + 4 != & qipanx - m + 4, y + m + 4 != ) dia_right_up+; if (qipanx + 4, y + 4 = qipanx + m + 4, y - m + 4 & qipanx + m + 4, y - m + 4 != & qipanx + m + 4, y - m + 4 != ) dia_right_down+; /判断甲方是否有构成五子 if (dia_left_down = 4 | dia_left_up = 4 | col_up = 4 | col_down = 4 | row_right = 4 | row_left = 4 | dia_right_up = 4 | dia_right_down = 4) Console.WriteLine(=); Console.WriteLine(乙方先构成五子连线，恭喜乙获胜！); Console.WriteLine(请选择：); Console.WriteLine(1、 继续下一局); Console.WriteLine(2、 结束棋局); judgement = int.Parse(Console.ReadLine(); switch (judgement) case 1: goto label0; default: goto label3; if (col_down + col_up) = 4) | (row_left + row_right = 4) | (dia_left_down + dia_left_up = 4) | (dia_right_down + dia_right_up = 4) Console.WriteLine(=); Console.WriteLine(乙方先构成五子连线，恭喜乙获胜！); Console.Wr