Juego de Pac Man
7
1. #include <windows.h> 2. #include <iostream> 3. #include <conio.h> 4. //#include <stdlib.h> 5. #include <stdio.h> 6. 7. //#include <ctype.h> 8. //#pragma hdrstop 9. //#include <tchar.h> 10. //#pragma argsused 11. 12. #define ARRIBA 72 // NUMEROS ASOCIADOS A LAS FLECHAS DEL TECLADO 13. #define IZQUIERDA 75 14. #define DERECHA 77 15. #define ABAJO 80 16. #define ESC 27 17. #define ENTER 13 18. 19. int backcolor=0; 20. int dir = 0; 21. int x=39,y=22; 22. int anteriorpx,anteriorpy; 23. char tecla; 24. 25. long int puntos = -5; 26. int vidas = 3; 27. 28. void setCColor( int color) 29. { 30. static HANDLE hConsole; 31. 32. hConsole = GetStdHandle( STD_OUTPUT_HANDLE ); 33. 34. SetConsoleTextAttribute( hConsole, color | (backcolor * 0x10 + 0x100) ); 35. } 36. 37. int color[7] = { 38. 0x009, 39. 0x00E, 40. 0x00C, 41. 0x002, 42. 0x00B, 43. 0x005, 44. 0x00F 45. 46. }; 47. 48. void gotoxy(int x, int y) // funcion que posiciona el cursos en la coordenada (x,y) 49. {
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Transcript of Juego de Pac Man
1. #include <windows.h>2. #include <iostream>3. #include <conio.h>4. //#include <stdlib.h>5. #include <stdio.h>6. 7. //#include <ctype.h>8. //#pragma hdrstop9. //#include <tchar.h>10. //#pragma argsused11. 12. #define ARRIBA 72 // NUMEROS ASOCIADOS A LAS FLECHAS DEL TECLADO13. #define IZQUIERDA 7514. #define DERECHA 7715. #define ABAJO 8016. #define ESC 2717. #define ENTER 1318. 19. int backcolor=0;20. int dir = 0;21. int x=39,y=22;22. int anteriorpx,anteriorpy;23. char tecla;24. 25. long int puntos = -5;26. int vidas = 3;27. 28. void setCColor( int color)29. {30. static HANDLE hConsole;31. 32. hConsole = GetStdHandle( STD_OUTPUT_HANDLE );33. 34. SetConsoleTextAttribute( hConsole, color | (backcolor * 0x10 +
0x100) );35. }36. 37. int color[7] = {38. 0x009,39. 0x00E,40. 0x00C,41. 0x002,42. 0x00B,43. 0x005,44. 0x00F45. 46. };47. 48. void gotoxy(int x, int y) // funcion que posiciona el cursos en la
coordenada (x,y)49. {
50. HANDLE hCon;51. COORD dwPos;52. 53. dwPos.X = x;54. dwPos.Y = y;55. hCon = GetStdHandle(STD_OUTPUT_HANDLE);56. SetConsoleCursorPosition(hCon,dwPos);57. }58. 59. char mapa[50][100] = {60. " ",61. " AXXXXXXXXXXXXXXXXXXXB AXXXXXXXXXXXXXXXXXXXB",62. " Y___________________Y Y___________________Y",63. " Y_AXXXXXB_AXXXXXXXB_Y Y_AXXXXXXXB_AXXXXXB_Y",64. " Y_Y Y_Y Y_Y Y_Y Y_Y Y_Y",65. " Y_DXXXXXC_DXXXXXXXC_DXC_DXXXXXXXC_DXXXXXC_Y",66. " Y________|_________|___|_________|________Y",67. " Y_AXXXXXB_AXB_AXXXXXXXXXXXXXB_AXB_AXXXXXB_Y",68. " Y_DXXXXXC_Y Y_DXXXXB AXXXXC_Y Y_DXXXXXC_Y",69. " Y_________Y Y______Y Y______Y Y_________Y",70. " DXXXXXXXB_Y DXXXXB_Y Y_AXXXXC Y_AXXXXXXXC",71. " Y_Y AXXXXC_DXXXC_DXXXXB Y_Y ",72. " Y_Y Y_________________Y Y_Y ",73. " XXXXXXXXC_DXC_AXXXXXX XXXXXXB_DXC_DXXXXXXXX",74. " _________|____Y * Y____|_________",75. " XXXXXXXXB_AXB_DXXXXXXXXXXXXXC_AXB_AXXXXXXXX",76. " Y_Y Y_________________Y Y_Y ",77. " Y_Y Y_AXXXXXXXXXXXXXB_Y Y_Y ",78. " AXXXXXXXC_DXC_DXXXXB AXXXXC_DXC_DXXXXXXXB",79. " Y________|_________Y Y_________|________Y",80. " Y_AXXXXXB_AXXXXXXB_Y Y_AXXXXXXB_AXXXXXB_Y",81. " Y_DXXXB Y_DXXXXXXC_DXXXC_DXXXXXXC_Y AXXXC_Y",82. " Y_____Y Y_________|_____|_________Y Y_____Y",83. " DXXXB_Y Y_AXB_AXXXXXXXXXXXXXB_AXB_Y Y_AXXXC",84. " AXXXC_DXC_Y Y_DXXXXB AXXXXC_Y Y_DXC_DXXXB",85. " Y_________Y Y______Y Y______Y Y_________Y",86. " Y_AXXXXXXXC DXXXXB_Y Y_AXXXXC DXXXXXXXB_Y",87. " Y_DXXXXXXXXXXXXXXC_DXXXC_DXXXXXXXXXXXXXXC_Y",88. " Y_________________|_____|_________________Y",89. " DXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXC",90. };91. 92. 93. void pintar_mapa()// Funcion que pinta el borde de la pantalla de juego94. {95. for(int i = 0 ; i < 78 ; i++){96. for(int j = 0 ; j < 30 ; j++){97. gotoxy(i,j);98. 99. if(mapa[j][i] == 'X')
{setCColor(color[0]);printf("%c",205);}100. if(mapa[j][i] == '_') {setCColor(color[1]);
printf("%c",250);}
101. else if(mapa[j][i] == 'Y') {setCColor(color[0]);printf("%c",186);}
102. else if(mapa[j][i] == 'A') {setCColor(color[0]);printf("%c",201);}
103. else if(mapa[j][i] == 'B') {setCColor(color[0]);printf("%c",187);}
104. else if(mapa[j][i] == 'C') {setCColor(color[0]);printf("%c",188);}
105. else if(mapa[j][i] == 'D') {setCColor(color[0]);printf("%c",200);}
106. 107. 108. }109. }110. }111. 112. 113. void pacman(int x , int y){114. setCColor(color[1]);115. gotoxy(x,y); printf("%c",2);116. }117. 118. void borrar_pacman(int x, int y){119. gotoxy(x,y); printf(" ");120. if(mapa[y][x] == '_'){ mapa[y][x] = ' '; puntos += 5;}121. }122. void teclear(){123. if(kbhit()){124. tecla = getch();125. switch(tecla){126. case ARRIBA:127. dir = 0;128. break;129. 130. case ABAJO:131. dir = 1;132. break;133. 134. case DERECHA:135. dir = 2;136. break;137. 138. case IZQUIERDA:139. dir = 3;140. break;141. 142. }// FIN SWITCH143. 144. }// FIN DEL IF145. 146. }147. 148. class fantasma{
149. int fdir;150. int _x, _y;151. int col;152. public:153. fantasma(int x , int y , int color); // constructor154. void dibujar_fantasma() const;155. void borrar_fantasma() const;156. void mover_fantasma();157. void choque_pacman();158. };159. fantasma::fantasma(int x , int y, int color){160. _x = x;161. _y = y;162. col = color;163. fdir = rand()%4;164. }165. void fantasma::dibujar_fantasma() const{166. 167. setCColor(color[col]);168. gotoxy(_x,_y); printf("%c",6);169. }170. void fantasma::borrar_fantasma() const{171. 172. gotoxy(_x,_y); printf(" ");173. }174. void fantasma::choque_pacman(){175. if(y == _y && x == _x || (fdir == 0 && dir == 1 || fdir == 1 && dir ==
0176. ||fdir == 2 && dir == 3 || fdir == 3 && dir == 2 )&&(_y == anteriorpy
&& _x == anteriorpx)){177. 178. 179. x = 39;180. y = 22;181. dir = 4;182. vidas--;183. 184. }185. 186. 187. }188. 189. void fantasma::mover_fantasma(){190. borrar_fantasma();191. choque_pacman();192. int bolx=_x,boly=_y;193. 194. if(mapa[_y][_x] == '|'){195. fdir = rand()%4;196. }197. if(mapa[_y][_x] == '*'){198. fdir = 0;199. }
200. 201. if(fdir == 2){202. if(mapa[_y][_x+1] != 'X' && mapa[_y][_x+1] != 'A' && mapa[_y]
[_x+1] != 'Y' &&203. mapa[_y][_x+1] != 'B' && mapa[_y][_x+1] != 'C' && mapa[_y][_x+1]
!= 'D') _x++;204. else fdir = rand()%4;205. }206. if(fdir == 3){207. if(mapa[_y][_x-1] != 'X' && mapa[_y][_x-1] != 'A' && mapa[_y][_x-
1] != 'Y' &&208. mapa[_y][_x-1] != 'B' && mapa[_y][_x-1] != 'C' && mapa[_y][_x-1]
!= 'D') _x--;209. else fdir = rand()%4;210. }211. if(fdir == 0){212. if(mapa[_y-1][_x] != 'X' && mapa[_y-1][_x] != 'A' && mapa[_y-1]
[_x] != 'Y' &&213. mapa[_y-1][_x] != 'B' && mapa[_y-1][_x] != 'C' && mapa[_y-1][_x]
!= 'D') _y--;214. else fdir = rand()%4;215. }216. if(fdir == 1){217. if(mapa[_y+1][_x] != 'X' && mapa[_y+1][_x] != 'A' && mapa[_y+1]
[_x] != 'Y' &&218. mapa[_y+1][_x] != 'B' && mapa[_y+1][_x] != 'C' && mapa[_y+1][_x] !=
'D') _y++;219. else fdir = rand()%4;220. }221. 222. if(mapa[boly][bolx] == '_') {setCColor(color[1]);
gotoxy(bolx,boly);printf("%c",250);}223. 224. // rutina atajo225. if(_x <= 17) _x = 61;226. else if(_x >= 62) _x = 18;227. dibujar_fantasma();228. }229. 230. 231. void marcador(){232. 233. gotoxy(5,4); printf("PUNTOS");234. gotoxy(5,6); printf(" ");235. setCColor(color[6]);236. gotoxy(5,6); printf("%ld",puntos);237. 238. setCColor(color[1]);239. gotoxy(5,25); printf("VIDAS");240. for(int i = 0 ; i <= vidas ; i++){241. gotoxy(5,i+27);printf(" ");242. 243. }
244. for(int i = 0 ; i < vidas ; i++){245. gotoxy(5,i+27);printf("%c",2);246. 247. }248. setCColor(color[2]);249. gotoxy(70,27);printf("%c",169);250. 251. 252. }253. 254. int main(){255. 256. 257. 258. fantasma A(41,14,2);259. fantasma B(43,14,3);260. fantasma C(40,14,4);261. fantasma D(39,14,5);262. pintar_mapa();263. 264. while(vidas > 0 && puntos < 1950){265. marcador();266. borrar_pacman(x,y);267. anteriorpx = x; anteriorpy = y;268. 269. 270. teclear();271. 272. if(dir == 0 && mapa[y-1][x] != 'X' && mapa[y-1][x] != 'A' && mapa[y-
1][x] != 'Y' &&273. mapa[y-1][x] != 'B' && mapa[y-1][x] != 'C' && mapa[y-1][x] != 'D')
y--;274. 275. 276. else if(dir == 1 && mapa[y+1][x] != 'X' && mapa[y+1][x] != 'A' &&
mapa[y+1][x] != 'Y' &&277. mapa[y+1][x] != 'B' && mapa[y+1][x] != 'C' && mapa[y+1][x] != 'D')
y++;278. 279. 280. pacman(x,y);281. Sleep(55);282. borrar_pacman(x,y);283. 284. B.choque_pacman();285. C.choque_pacman();286. D.choque_pacman();287. A.choque_pacman();288. 289. //A.mover_fantasma();290. anteriorpx = x; anteriorpy = y;291. teclear();292.
293. 294. if(dir == 2 && mapa[y][x+1] != 'X' && mapa[y][x+1] != 'A' && mapa[y]
[x+1] != 'Y' &&295. mapa[y][x+1] != 'B' && mapa[y][x+1] != 'C' && mapa[y][x+1] != 'D')
x++;296. 297. 298. else if(dir == 3 && mapa[y][x-1] != 'X' && mapa[y][x-1] != 'A' &&
mapa[y][x-1] != 'Y' &&299. mapa[y][x-1] != 'B' && mapa[y][x-1] != 'C' && mapa[y][x-1] != 'D')
x--;300. 301. A.mover_fantasma();302. B.mover_fantasma();303. C.mover_fantasma();304. D.mover_fantasma();305. pacman(x,y);306. Sleep(55);307. 308. //pacman(x,y);309. //rutina atajo310. if(x < 17) {311. borrar_pacman(x,y);312. x = 61;313. }314. else if(x > 62){315. borrar_pacman(x,y);316. x= 18;317. }318. 319. 320. 321. }322. 323. 324. 325. for(int i = 0 ; i <= vidas ; i++){326. gotoxy(5,i+27);printf(" ");327. 328. }329. 330. system("pause>NULL");331. return 0;332. 333. }334. 335.
