1. /* 3. ************************************************* 4. **************安徽大学自动化专业**************** 5. ************** 年级:2016级 **************** 6. ************** 姓名:李孟虎 **************** 7. ************** 学号:D31614017 **************** 8. ************************************************* 10. */ 11. #include "easyx.h" 12. #include "stdio.h" 13. #include "math.h" 14. #include "stdlib.h" 15. #include "conio.h" 16. #include "Windows.h" 17. 18. void chessboard(void); 19. void red_move(int x, int y); 20. void white_move(int x, int y); 21. void player_chess(void); 22. void check_win(void); 23. void win_animatioin(void); 24. void defeat_animatioin(void); 25. 26. short chess_x=0,chess_y=0;//实际落子位置 27. short mouse_x,mouse_y;//鼠标点击位置 28. short chess_record[14][14]={0};//记录此处的棋子 0为空 1为红子 2为白子 29. short chess_compare[14];//比较的数组 30. short player_flag = 1,auto_flag = 0,buttondown = 0; 31. void autoplayer(void); 32. 33. int main(void) 34. { 35. initgraph(1200,685); 36. chessboard(); 37. for(int x = 0; x < 14 ; x++) 38. { 39. chess_compare[x] = 20+x*50; 40. } 41. while(true) 42. { 43. player_chess(); 44. autoplayer(); 45. check_win(); 46. } 47. getch(); 48. return 0; 49. } 50. //棋盘线为20，20 到 670，670 每隔50 51. void chessboard(void) 52. { 53. /*画背景图 START*/ 54. IMAGE backgroundimage; 55. loadimage(&backgroundimage,"res\\back.jpg");//加载背景图片 56. BeginBatchDraw(); 57. putimage(0,0,&backgroundimage);//在窗口上绘制背景图片 58. FlushBatchDraw(); 59. /*画背景图 END*/ 60. 61. /*画分界线 START*/ 62. LINESTYLE linestyle; 63. linestyle.style = PS_SOLID; 64. linestyle.thickness = 5; 65. setlinestyle(&linestyle); 66. setlinecolor(0xff4400); 67. line(700,0,700,685); 68. /*画分界线 END*/ 69. 70. /*画棋盘线 START*/ 71. linestyle.thickness = 2; 72. setlinestyle(&linestyle); 73. setlinecolor(0x5d0); 74. for (int i = 0; i < 14; i++)//竖线 75. { 76. line(i*50+20,20,i*50+20,670); 77. } 78. for (int j = 0; j < 14; j++)//横线 79. { 80. line(20,j*50+20,670,j*50+20); 81. } 82. /*画棋盘线 END*/ 83. setbkmode(TRANSPARENT);//bgr 84. settextcolor(0x0044ff); 85. settextstyle(40,0,"楷体",0,0,600,false,false,false);//400是字体粗细 86. RECT r1 = {700, 0, 1200, 100}; 87. drawtext("墨攻棋局", &r1, DT_CENTER | DT_VCENTER | DT_SINGLELINE); 88. FlushBatchDraw(); 89. } 90. void red_move(int x, int y) 91. { 92. 93. setfillcolor(0x2222ff);//颜色模型BGR 94. fillcircle(x,y,18); 95. FlushBatchDraw(); 96. } 97. void white_move(int x, int y) 98. { 99. 100. setfillcolor(0xffffff);//颜色模型BGR 101. fillcircle(x,y,18); 102. FlushBatchDraw(); 103. } 104. void player_chess(void) 105. { 106. MOUSEMSG msg;// 定义变量，保存鼠标消息 107. while (MouseHit()) // 当有鼠标消息的时候执行 108. { 109. msg = GetMouseMsg(); // 获取鼠标消息 110. 111. if(msg.uMsg == WM_LBUTTONDOWN) 112. { 113. mouse_x = msg.x; 114. mouse_y = msg.y; 115. buttondown = 1; 116. } 117. } 118. if(mouse_x>=20&&mouse_x<=670&&mouse_y>=20&&mouse_y<=670&&player_flag == 1&&buttondown == 1) 119. { 120. /*拿到当前鼠标位置对应的棋盘格 START*/ 121. int k = 0,l = 0; 122. while(mouse_x>chess_compare[k]) k++; 123. (mouse_x-chess_compare[k-1]) < (chess_compare[k] - mouse_x) ? chess_x = chess_compare[k-1] : chess_x = chess_compare[k]; 124. 125. while(mouse_y>chess_compare[l]) l++; 126. (mouse_y-chess_compare[l-1]) < (chess_compare[l] - mouse_y) ? chess_y = chess_compare[l-1] : chess_y = chess_compare[l]; 127. /*拿到当前鼠标位置对应的棋盘格 END*/ 128. 129. if(chess_record[(chess_x-20)/50][(chess_y-20)/50] != 0) 130. { 131. MessageBox(NULL,TEXT("此处已有子，不可再下"), TEXT("温馨提示"),MB_OK);//只有OK 132. 133. } 134. if(chess_record[(chess_x-20)/50][(chess_y-20)/50] == 0) 135. { 136. red_move(chess_x,chess_y); 137. chess_record[(chess_x-20)/50][(chess_y-20)/50] = 1; 138. player_flag = 0; 139. auto_flag = 1; 140. } 141. /*char s[3]; 142. itoa((chess_x-20)/50,s,10);//将整形数据转换成为字符串，sprintf函数在此处有BUG 143. outtextxy(0,0,s); 144. FlushBatchDraw();*/ 145. buttondown = 0; 146. } 147. } 148. void autoplayer(void) 149. { 150. MOUSEMSG msg;// 定义变量，保存鼠标消息 151. while (MouseHit()) // 当有鼠标消息的时候执行 152. { 153. msg = GetMouseMsg(); // 获取鼠标消息 154. 155. if(msg.uMsg == WM_LBUTTONDOWN) 156. { 157. mouse_x = msg.x; 158. mouse_y = msg.y; 159. buttondown = 1; 160. } 161. } 162. if(mouse_x>=20&&mouse_x<=670&&mouse_y>=20&&mouse_y<=670&&auto_flag == 1&&buttondown == 1) 163. { 164. /*拿到当前鼠标位置对应的棋盘格 START*/ 165. int k = 0,l = 0; 166. while(mouse_x>chess_compare[k]) k++; 167. (mouse_x-chess_compare[k-1]) < (chess_compare[k] - mouse_x) ? chess_x = chess_compare[k-1] : chess_x = chess_compare[k]; 168. 169. while(mouse_y>chess_compare[l]) l++; 170. (mouse_y-chess_compare[l-1]) < (chess_compare[l] - mouse_y) ? chess_y = chess_compare[l-1] : chess_y = chess_compare[l]; 171. /*拿到当前鼠标位置对应的棋盘格 END*/ 172. 173. if(chess_record[(chess_x-20)/50][(chess_y-20)/50] != 0) 174. { 175. MessageBox(NULL,TEXT("此处已有子，不可再下"), TEXT("温馨提示"),MB_OK);//只有OK 176. } 177. if(chess_record[(chess_x-20)/50][(chess_y-20)/50] == 0) 178. { 179. white_move(chess_x,chess_y); 180. chess_record[(chess_x-20)/50][(chess_y-20)/50] = 2; 181. player_flag = 1; 182. auto_flag = 0; 183. } 184. buttondown = 0; 185. } 186. } 187. 188. void check_win(void) 189. { 190. /*纵向检测是否有五子相连 START*/ 191. for(int i = 0; i < 14; i++) 192. { 193. for(int j = 0; j < 10; j++) 194. { 195. if(chess_record[i][j] == chess_record[i][j+1]&& 196. chess_record[i][j+1] == chess_record[i][j+2]&& 197. chess_record[i][j+2] == chess_record[i][j+3]&& 198. chess_record[i][j+3] == chess_record[i][j+4] 199. ) 200. { 201. if(chess_record[i][j] == 1) win_animatioin(); 202. if(chess_record[i][j] == 2) defeat_animatioin(); 203. } 204. } 205. } 206. /*纵向检测是否有五子相连 END*/ 207. 208. /*横向检测是否有五子相连 START*/ 209. for(int m = 0; m < 14; m++) 210. { 211. for(int j = 0; j < 10; j++) 212. { 213. if(chess_record[j][m] == chess_record[j+1][m]&& 214. chess_record[j+1][m] == chess_record[j+2][m]&& 215. chess_record[j+2][m] == chess_record[j+3][m]&& 216. chess_record[j+3][m] == chess_record[j+4][m] 217. ) 218. { 219. if(chess_record[j][m] == 1) win_animatioin(); 220. if(chess_record[j][m] == 2) defeat_animatioin(); 221. } 222. } 223. } 224. /*横向检测是否有五子相连 END*/ 225. 226. /*'\'向检测是否有五子相连 START*/ 227. for(int v = 0; v < 10; v++) 228. { 229. for(int b = 0; b < 10; b++) 230. { 231. if(chess_record[v][b] == chess_record[v+1][b+1]&& 232. chess_record[v+1][b+1] == chess_record[v+2][b+2]&& 233. chess_record[v+2][b+2] == chess_record[v+3][b+3]&& 234. chess_record[v+3][b+3] == chess_record[v+4][b+4] 235. ) 236. { 237. if(chess_record[v][b] == 1) win_animatioin(); 238. if(chess_record[v][b] == 2) defeat_animatioin(); 239. } 240. } 241. } 242. /*'\'向检测是否有五子相连 START*/ 243. 244. /*'/'向检测是否有五子相连 START*/ 245. for(int t = 13; t > 3; t--) 246. { 247. for(int e = 0; e < 10; e++) 248. { 249. if(chess_record[t][e] == chess_record[t-1][e+1]&& 250. chess_record[t-1][e+1] == chess_record[t-2][e+2]&& 251. chess_record[t-2][e+2] == chess_record[t-3][e+3]&& 252. chess_record[t-3][e+3] == chess_record[t-4][e+4] 253. ) 254. { 255. if(chess_record[t][e] == 1) win_animatioin(); 256. if(chess_record[t][e] == 2) defeat_animatioin(); 257. } 258. } 259. } 260. /*'/'向检测是否有五子相连 END*/ 261. } 262. 263. //胜利时的动画 264. void win_animatioin(void) 265. { 266. settextcolor(0x4400ff); 267. RECT r2 = {700, 500, 1200, 650}; 268. drawtext("红方胜利!", &r2, DT_CENTER | DT_VCENTER | DT_SINGLELINE); 269. 270. settextcolor(0x3333ff); 271. settextstyle(23,0,"楷体",0,0,600,false,false,false);//400是字体粗细 272. RECT r3 = {700, 600, 1200, 650}; 273. drawtext("按任意键重玩!", &r3, DT_CENTER | DT_VCENTER | DT_SINGLELINE); 274. FlushBatchDraw(); 275. getch(); 276. chessboard(); 277. for(int c = 0; c < 14; c++) 278. for(int r = 0; r < 14; r++) 279. chess_record[c][r]=0; 280. player_flag = 1; 281. auto_flag = 0; 282. buttondown = 0; 283. } 284. 285. //失败时的动画 286. void defeat_animatioin(void) 287. { 288. settextcolor(0x4400ff); 289. RECT r2 = {700, 500, 1200, 650}; 290. drawtext("白方胜利!", &r2, DT_CENTER | DT_VCENTER | DT_SINGLELINE); 291. 292. settextcolor(0x3333ff); 293. settextstyle(23,0,"楷体",0,0,600,false,false,false);//400是字体粗细 294. RECT r3 = {700, 600, 1200, 650}; 295. drawtext("按任意键重玩!", &r3, DT_CENTER | DT_VCENTER | DT_SINGLELINE); 296. FlushBatchDraw(); 297. getch(); 298. chessboard(); 299. for(int c = 0; c < 14; c++) 300. for(int r = 0; r < 14; r++) 301. chess_record[c][r]=0; 302. player_flag = 1; 303. auto_flag = 0; 304. buttondown = 0; 305. } 思路及感想：首先void chessboard(void)贴上一层背景图（美观），然后画棋盘，总共是14行14列。红方下棋函数void red_move(int x, int y); 接受下棋的位置，绘制红方棋子白方下棋函数void white_move(int x, int y); 接受下棋的位置，绘制白方棋子红方下棋函数void player_chess(void); 通过鼠标点击位置判断红方玩家想下棋的地方白方下棋函数void autoplayer(void); 通过鼠标点击位置判断白方玩家想下棋的地方检测输赢void check_win(void); 通过循环检测横向，竖向，/ \ 是否出现五颗相同的棋子，通过数组来判断 chess_record[14][14]={0};//记录此处的棋子 0为空 1为红子 2为白子 6. void win_animatioin(void); 红方赢得动画，之后按任意键清空所有数组，重新开始 7. void defeat_animatioin(void); 白方赢得动画，之后按任意键清空所有数组，重新开始通过此次任务，获益良多，虽然非常的简单，但从中也学到了不少

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