Console - 바둑소스

Console로 프로그래밍된 바둑 소스이다.

출처는 불분명... 어디더라??

1. #include <stdio.h>
2. #include <windows.h>
3. #include <stdlib.h>
4. #include <conio.h>
6. #define LEFT '4'
7. #define RIGHT '6'
8. #define UP  '8'
9. #define DOWN '2'
10. #define ENTER '5'
11. #define CLEAR 0
12. #define NONE 0
13. #define MAPSIZE 19
14. #define PLAYER1 1
15. #define PLAYER2 2
16. #define PLAY 1
17. #define START 1
18. #define END 0
19. #define NO 0
20. #define OK 1
21. #define YES 1
22. #define OKTOTALCOUNT 4
23. #define FLAGTRUE 1
24. #define FLAGFALSE 0
26. void gotoxy(int x, int y);
28. int xy[MAPSIZE][MAPSIZE];
29. int map[MAPSIZE][MAPSIZE];
30. int x, y, x2 = 2;
32. int centerX=MAPSIZE/2, centerY=MAPSIZE/2;
33. int displayX=0, displayLineY=21, displayY=22;
34. char mapChar[]="┌┬┐├┼┤└┴┘";
36. void clearValue() {
37. int x,y;
38. for(y=0;y<MAPSIZE;y++) {
39. for(x=0;x<MAPSIZE;x++) {
40.   map[y][x]=CLEAR;
41. }
42. }
43. }
45. int IsKill(int cnt) {
46. return cnt==OKTOTALCOUNT;
47. }
49. int TestFlag(int x,int y) {
50. if(x<0 x>=MAPSIZE y<0 y>=MAPSIZE) return FLAGTRUE;
51. if(map[y][x]==OK) return FLAGTRUE;
53. return FLAGFALSE;
54. }
55. int SefeDeleteTest(int x,int y,int OtherPlayer) {
56. int result;
57. int cnt;
59. if(x<0 x>=MAPSIZE y<0 y>=MAPSIZE) return OK;
60. if(xy[y][x]==OtherPlayer) return OK;
61. if(xy[y][x]==NONE) return NO;
63. cnt=0;
64. result=NO;
65. map[y][x]=OK;
67. if(TestFlag(x,y-1)==FLAGFALSE) {
68. if(SefeDeleteTest(x,y-1,OtherPlayer)) {
69.   cnt=cnt + 1;
70. }
71. } else {
72. cnt=cnt+1;
73. }
74. if(TestFlag(x-1,y)==FLAGFALSE) {
75. if(SefeDeleteTest(x-1,y,OtherPlayer)) {
76.   cnt=cnt + 1;
77. }
78. } else {
79. cnt=cnt+1;
80. }
81. if(TestFlag(x+1,y)==FLAGFALSE) {
82. if(SefeDeleteTest(x+1,y,OtherPlayer)) {
83.   cnt=cnt + 1;
84. }
85. } else {
86. cnt=cnt+1;
87. }
88. if(TestFlag(x,y+1)==FLAGFALSE) {
89. if(SefeDeleteTest(x,y+1,OtherPlayer)) {
90.   cnt=cnt + 1;
91. }
92. } else {
93. cnt=cnt+1;
94. }
95. if(IsKill(cnt)){
96. result=OK;
97. }
98. return result;
99. }
101. void DolDelete(int x,int y,int OtherPlayer) {
102. if(x<0 x>=MAPSIZE y<0 y>=MAPSIZE) return;
103. if(xy[y][x]==OtherPlayer) return;
104. if(xy[y][x]==NONE) return;
105. xy[y][x]=CLEAR;
107. if(x+1<MAPSIZE) DolDelete(x+1,y,OtherPlayer);
108. if(x-1>=0)      DolDelete(x-1,y,OtherPlayer);
109. if(y+1<MAPSIZE) DolDelete(x,y+1,OtherPlayer);
110. if(y-1>=0)      DolDelete(x,y-1,OtherPlayer);
111. }
113. void RalDeleteTest(int x,int y,int OtherPlayer) {
114. clearValue();
115. if(SefeDeleteTest(x+1,y,OtherPlayer)==YES)
116. DolDelete(x+1,y,OtherPlayer);
117. clearValue();
118. if(SefeDeleteTest(x-1,y,OtherPlayer)==YES)
119. DolDelete(x-1,y,OtherPlayer);
120. clearValue();
121. if(SefeDeleteTest(x,y+1,OtherPlayer)==YES)
122. DolDelete(x,y+1,OtherPlayer);
123. clearValue();
124. if(SefeDeleteTest(x,y-1,OtherPlayer)==YES)
125. DolDelete(x,y-1,OtherPlayer);
126. }
130. void input(int Player) {
131. char c;
132.   int LOOP=START;
133. int OtherPlayer;
135. if(Player == PLAYER1) {
136. OtherPlayer = PLAYER2;
137. } else {
138. OtherPlayer = PLAYER1;
139. }
141.   while(LOOP!=END){
142. c = getch();
143. switch(c)
144. {
145. case RIGHT:
146.   x=x+1;
147.   if(x >= MAPSIZE) x=x-1;
148.   gotoxy(x,y);
149.   break;
150. case LEFT:
151.   x=x-1;
152.   if(x < 0 ) x=x+1;
153.   gotoxy(x,y);
154.   break;
155. case UP:
156.   y=y-1;
157.   if(y < 0 ) y=y+1;
158.   gotoxy(x,y);
159.   break;
160. case DOWN: 
161.   y=y+1;
162.   if(y >= MAPSIZE ) y=y-1;
163.   gotoxy(x,y);
164.   break;
165. case ENTER:
166.   if(xy[y][x] != NONE ) break;
167.   xy[y][x]=Player;
169.   RalDeleteTest(x,y,Player);
170.   clearValue();
171.   if(SefeDeleteTest(x,y,OtherPlayer)==YES){
172.    xy[y][x]=CLEAR;
173.   } else {
174.    LOOP = END;
175.   }
176. }
177. }
178. }
180. void printScreen(){
181. system("cls");
182. int x,y,n;
183. char c[3];
185. for(y=0;y<MAPSIZE;y++) {
186. for(x=0;x<MAPSIZE;x++) {
187.            if(xy[y][x] == PLAYER1) {
188.    printf("○");
189.   } else if(xy[y][x] == PLAYER2 ) {
190.    printf("●");
191.   } else if(xy[y][x] == NONE ) {
192.    n=(x+16)/17+(y+16)/17*3;
193.    c[0]=mapChar[n*2];
194.    c[1]=mapChar[n*2+1];
195.    c[2]=0;
196.    if((x-3)%6==0 && (y-3)%6==0) {
197.     strcpy(c,"×");
198.    }       
199.    printf("%s",c);
200.   }
201. }
202. printf("\n");
203. }
204. gotoxy(displayX,displayLineY);
205. printf("UP:8  DOWN:2  LEFT:4  RIGHT:6  ENTER:5"); 
206. }
208. int gamePlayCheck(int Player)
209. {
210. //승패를 가른다.
211. return 1;
212. }
214. void InitMapData() {
215. int x,y;
216. for(y=0;y<MAPSIZE;y++) {
217. for(x=0;x<MAPSIZE;x++) {
218.   xy[y][x]=CLEAR;
219. }
220. }
221. }
223. // 커서를 나타냅니다.
224. void SetCursorShow(void)
225. {
226. HANDLE hConsole;
227. hConsole = GetStdHandle(STD_OUTPUT_HANDLE);
228. CONSOLE_CURSOR_INFO ci;
229. GetConsoleCursorInfo( hConsole, &ci );
230. ci.dwSize=100;
231. ci.bVisible = TRUE;
232. SetConsoleCursorInfo( hConsole , &ci );
233. }
235. void main() {
236. int Player=PLAYER1,GamePlayFlag=PLAY;
238. InitMapData();
239. SetCursorShow();
240. clearValue();
242. printScreen();
243. x=centerX;
244. y=centerY;
246. while(GamePlayFlag!=END){
247. gotoxy(displayX,displayY);
248. printf("%d 님이 두실 차례입니다.",Player);
249. gotoxy(x,y);
250. input(Player);
251. printScreen();
252. if(Player==PLAYER1) {
253.   Player=PLAYER2;
254. } else {
255.   Player=PLAYER1;
256. }
257. GamePlayFlag = gamePlayCheck(Player);
258. }
259. gotoxy(displayX,displayY);
260.   printf("%d님의 승리",Player);
261. }
263. void gotoxy(int x , int y)
264. {
265. COORD Pos = { x*2 , y};
266. SetConsoleCursorPosition(GetStdHandle( STD_OUTPUT_HANDLE), Pos);
267. }