开通博客赚积分
发布资源赚积分
分类

源码开发语言/平台
当前位置：首页 > 源码/资料 > 游戏 > 其他智力游戏 > 查看源码
bubble.c
资源名称：泡泡龙源代码.zip　[点击查看]
上传用户：junwei_58
上传日期：2007-05-15
资源大小：79k
文件大小：8k
源码类别：

其他智力游戏

开发平台：

Visual C++

bubble.c：源码内容
  1. void exitgame(){
  2. smoothout();
  3. returnMode();
  4. printf("nThank you for playing the game!!!nn");
  5. printf("Programmed by Group. Birdmen 2002.5n");
  6. printf("n");
  7. printf("Press any key to return to your system...n");
  8. getch_Key();
  9. uninstallKeyFunc();
  10. uninstallTimer();
  11. exit(1);
  12. }
  13. void seekActions(){
  14.  AGAIN:
  15. while(!gameover&&keyboard.status==READY){PixelDance();ob->move();}
  16. if(keyboard.status==PRESS){
  17. keyboard.status=READY;
  18. switch(keyboard.recentPressKey){// to pressed key
  19. case KEY_EXIT: gameover=3;break;//EscMenu.key();break;
  20. case KEY_UP:   ob->turn(MID);break;
  21. case KEY_LEFT: ob->turn(LEFT);break;
  22. case KEY_RIGHT:ob->turn(RIGHT);break;
  23.  /* case KEY_w:    if(players==1)ob2->turn(MID);break;
  24. case KEY_a:    if(players==1)ob2->turn(LEFT);break;
  25. case KEY_d:    if(players==1)ob2->turn(RIGHT);break;
  26. case KEY_s:    if(players==1)ob2->eject();break;*/
  27. default:;
  28. }
  29. }else
  30. if(keyboard.status==RELEASE){
  31. keyboard.status=READY;
  32. switch(keyboard.recentReleaseKey){
  33. case KEY_UP:
  34. case KEY_LEFT:
  35. case KEY_RIGHT:ob->turn(RELEASE);break;
  36. case KEY_DOWN: ob->eject();break;
  37. /* case KEY_w:
  38. case KEY_a:
  39. case KEY_d:    if(players==1)ob2->turn(RELEASE);break;*/
  40. default:break;
  41. }
  42. }
  43. if(!gameover)goto AGAIN;
  44. }
  45. void isGameEnd(){
  46. int i,j,c=0;
  47. // win?
  48. for(i=0;i<TABLEWIDTH;i++)if(table[i][0]==NONE_B)c++;
  49. if(c==TABLEWIDTH){
  50. gameover=1;     //win
  51. return;
  52. }
  53. // check color number
  54. c=0;
  55. for(i=0;i<16;i++)colortable[i]=0;
  56. for(j=0;j<TABLEHEIGHT;j++){
  57. for(i=0;i<TABLEWIDTH;i++){
  58. if(table[i][j]!=NONE_B&&colortable[table[i][j]]==0){
  59. colortable[table[i][j]]=1;
  60. c++;
  61. if(c==colorNum)goto END2;
  62. }
  63. }
  64. }
  65. if(c<colorNum)colorNum=c;
  66. // lost ?
  67.  END2:
  68. for(i=0;i<TABLEWIDTH;i++)
  69. if(table[i][16]!=NONE_B){
  70. gameover=2; //lost
  71. return;
  72. }
  73. return;
  74. }
  76. inline int getballx(int i,int j){
  77. return (i*BALLSIZE+XMAGIN+(j%2+1)*BALLSIZE/2);
  78. }
  80. inline int getbally(int j){
  81. return (j*(BALLSIZE-2)+YMAGIN+BALLSIZE/2);
  82. }
  83. inline int getballi(int x,int j){
  84. int n=(x-XMAGIN-(j%2+1)*BALLSIZE/2)%BALLSIZE;
  85. int ir=(x-XMAGIN-(j%2+1)*BALLSIZE/2)/BALLSIZE;
  86. if(n>BALLSIZE/2)ir++;
  87. return ir;
  88. }
  89. inline int getballj(int y){
  90. int n=(y-YMAGIN-BALLSIZE/2)%(BALLSIZE-2);
  91. int jr=(y-YMAGIN-BALLSIZE/2)/(BALLSIZE-2);
  92. if(n>BALLSIZE/2)jr++;
  93. return jr;
  94. }
  95. int extsymble(int i,int j){
  96. int n;
  97. if(i>=0&&j>=0&&j<TABLEHEIGHT&&i<TABLEWIDTH&&
  98. table[i][j]==tempBall&&tableT[i][j]==0){
  99. tableT[i][j]=1;
  100. n=1+extsymble(i+1,j)+extsymble(i-1,j);
  101. if(j%2==1){
  102. n+=extsymble(i,j-1)+extsymble(i+1,j-1)+
  103.  extsymble(i,j+1)+extsymble(i+1,j+1);
  104. }else{
  105. n+=extsymble(i-1,j-1)+extsymble(i,j-1)+
  106.  extsymble(i-1,j+1)+extsymble(i,j+1);
  107. }
  108. return n;
  109. }else return 0;
  110. }
  111. //* debug use
  112. void print(int i,int j,int n){
  113. char str[3];
  114. sprintf(str,"%2d",n);
  115. textxy(i,j,str);
  116. }// */
  117. void drawball(int i,int j){
  118. int c;
  119. if(i>=0&&j>=0&&j<TABLEHEIGHT&&i<TABLEWIDTH){
  120. if(table[i][j])c=table[i][j]*10+1;
  121. else c=0;
  122. circleB(getballx(i,j),getbally(j),BALLSIZE/2-3,c);
  123. // print(getballx(i,j)-6,getbally(j),table[i][j]);
  124. }
  125. }
  126. int extsymble2(int i,int j){
  127. int n;
  128. if(i>=0&&j>=0&&j<TABLEHEIGHT&&i<TABLEWIDTH&&
  129. table[i][j]!=NONE_B&&tableT[i][j]==0){
  130. tableT[i][j]=1;
  131. n=1+extsymble2(i+1,j)+extsymble2(i-1,j);
  132. if(j%2==1){
  133. n+=extsymble2(i,j-1)+extsymble2(i+1,j-1)+
  134.  extsymble2(i,j+1)+extsymble2(i+1,j+1);
  135. }else{
  136. n+=extsymble2(i-1,j-1)+extsymble2(i,j-1)+
  137.  extsymble2(i-1,j+1)+extsymble2(i,j+1);
  138. }
  139. return n;
  140. }else return 0;
  141. }
  142. int searchFall(){
  143. int i,j,n=0;
  144. for(j=0;j<TABLEHEIGHT;j++)
  145. for(i=0;i<TABLEWIDTH;i++)
  146. if(table[i][j]!=NONE_B)n++;
  147. for(i=0;i<TABLEWIDTH;i++)n-=extsymble2(i,0);
  148. for(i=0;i<TABLEWIDTH;i++)
  149. for(j=0;j<TABLEHEIGHT;j++)
  150. if(tableT[i][j]){
  151. tableT[i][j]=0;
  152. }else if(table[i][j]!=NONE_B){
  153. table[i][j]=NONE_B;
  154. drawball(i,j);
  155. //delay(200);
  156. }
  157. return n;
  158. }
  159. void addballline(int n){
  160. int i,j,m;
  161. BALL nB;
  162. while(n--){
  163. for(j=TABLEHEIGHT-1;j;j--){
  164. m=0;
  165. for(i=0;i<TABLEWIDTH;i++){
  166. if(table[i][j]!=NONE_B)m++;
  167. table[i][j]=table[i][j-1];
  168. drawball(i,j);
  169. }
  170. if(m)delay(5*m);
  171. }
  172. for(i=0;i<TABLEWIDTH;i++){
  173. do{nB=(BALL)(rand()%15+1);}while(!colortable[nB]);
  174. table[i][j]=nB;
  175. drawball(i,0);
  176. }
  177. }
  178. searchFall();
  179. }
  180. int flush(int i,int j){
  181. tempBall=table[i][j];
  182. int n=extsymble(i,j);
  183. // print(i,j);
  184. for(j=0;j<TABLEHEIGHT;j++){
  185. for(i=0;i<TABLEWIDTH;i++){
  186. if(tableT[i][j]==1){
  187. if(n>=3){
  188. table[i][j]=NONE_B;
  189. drawball(i,j);
  190. //delay(200);
  191. }
  192. tableT[i][j]=0;
  193. }
  194. }
  195. }
  196. n+=searchFall();
  197. return (n>=3)?n:0;
  198. }
  199. object::object():score(0){
  200. sx=400;sy=550;
  201. ply=0;
  202. nextBall=RED_B;
  203. }
  204. object::~object(){}
  205. void object::move(){
  206. if(dd==1&&direct<2800){
  207. hidePointer();
  208. direct++;
  209. showPointer();
  210. }
  211. if(dd==-1&&direct>-2800){
  212. hidePointer();
  213. direct--;
  214. showPointer();
  215. }
  216. if(dd==2&&direct){
  217. hidePointer();
  218. if(direct>0)direct--;
  219. if(direct<0)direct++;
  220. showPointer();
  221. }
  222. }
  223. void object::turn(Direction a){
  224. switch(a){
  225. case RIGHT:dd=1;break;
  226. case LEFT: dd=-1;break;
  227. case MID:  dd=2;break;
  228. case RELEASE:dd=0;break;
  229. default:;
  230. }
  231. }
  232. void object::hidePointer(){
  233. int x=sx+100*sin(direct/2000.0),y=sy-100*cos(direct/2000.0);
  234. WriteMode=XOR_PUT;
  235. setcolor(ARROWCOLOR);
  236. line(x,y,sx,sy);
  237. WriteMode=COPY_PUT;
  238. }
  239. void object::showPointer(){
  240. int x=sx+100*sin(direct/2000.0),y=sy-100*cos(direct/2000.0);
  241. WriteMode=XOR_PUT;
  242. setcolor(ARROWCOLOR);
  243. line(x,y,sx,sy);
  244. WriteMode=COPY_PUT;
  245. }
  246. void object::eject(){
  247. int s;
  248. char scr[8];
  249. keyLock();
  250. hidePointer();
  251. BALL nB=nextBall;
  252. do{nextBall=(BALL)(rand()%15+1);}while(!colortable[nextBall]);
  253. showball();
  254. ball ejectBall(sx,sy,direct,nB);
  255. s=ejectBall.move();
  256. score+=s;
  257. sprintf(scr,"%7d",score);
  258. if(ply==0)textxy(10,1,scr,1);
  259. else      textxy(650,1,scr,1);
  260. if(!s&&!t--){addballline(1);t=colorNum;}
  261. sprintf(scr,"%7d",t);
  262. if(ply==0)textxy(10,20,scr,1);
  263. else      textxy(650,20,scr,1);
  264. isGameEnd();
  265. showPointer();
  266. keyUnlock();
  267. }
  268. void object::start(){
  269. char scr[8];
  270. BALL nB;
  271. score=0;
  272. direct=0;
  273. sprintf(scr,"%7d",0);
  274. colorNum=6;
  275. colortable[0]=0;
  276. colortable[1]=1;
  277. colortable[2]=0;
  278. colortable[3]=0;
  279. colortable[4]=1;
  280. colortable[5]=0;
  281. colortable[6]=0;
  282. colortable[7]=0;
  283. colortable[8]=0;
  285. colortable[9]=0;
  286. colortable[10]=1;
  287. colortable[11]=0;
  288. colortable[12]=0;
  289. colortable[13]=1;
  290. colortable[14]=1;
  291. colortable[15]=1;
  292. t=colorNum;
  293. for(int j=0;j<5;j++)for(int i=0;i<TABLEWIDTH;i++){
  294. do{nB=(BALL)(rand()%15+1);}while(!colortable[nB]);
  295. table[i][j]=nB;
  296. tableT[i][j]=0;
  297. drawball(i,j);
  298. }
  299. for(;j<TABLEHEIGHT;j++)for(i=0;i<TABLEWIDTH;i++){
  300. tableT[i][j]=0;
  301. table[i][j]=NONE_B;
  302. }
  303. showball();
  304. showPointer();
  305. if(ply==0)textxy(10,1,scr,1);
  306. else      textxy(650,1,scr,1);
  307. }
  308. void object::showball(){
  309. circleB(50,500,BALLSIZE/2-3,nextBall*10);
  310. }
  311. void object::AIcontrol(){}
  313. int ball::check(){
  314. int i,j,i1,i2,j1,j2;
  315. if(x<XMAGIN+BALLSIZE/2+1||x>XMAGIN+TABLEWIDTH*BALLSIZE)bump();
  316. if(y<YMAGIN+BALLSIZE/2+1)return 0;
  317. j=getballj(y);
  318. if(j>0)j1=j-1;else j1=0;
  319. j2=j;
  320. for(j=j1;j<=j2;j++){
  321. i=getballi(x,j);
  322. if(i>0)i1=i-1;else i1=0;
  323. if(i<TABLEWIDTH-1-j%2)i2=i+1;else i2=TABLEWIDTH-1;
  324. for(i=i1;i<=i2;i++){
  325. if(table[i][j]!=NONE_B){
  326. if(sqrt(pow(getballx(i,j)-x,2)+
  327. pow(getbally(j)-y,2)   )
  328.  <BALLSIZE-5){
  329.  return 0;
  330.  }
  331. }
  332. }
  333. }
  334. return 1;
  335. }
  336. int ball::move(){
  337. int tx=x,ty=y;
  338. unsigned i=BALLSIZE-5;
  339. while(check()){
  340. x+=sin(direct/2000.0);
  341. y-=cos(direct/2000.0);
  342. if((i%BALLSIZE)==1){
  343. tx=x;
  344. ty=y;
  345. circleB(tx,ty,BALLSIZE/2-3,color*10+7);
  346. }
  347. if((i%BALLSIZE)==0){
  348. circleB(tx,ty,BALLSIZE/2-3,0);
  349. }
  350. i++;
  351. if(i==60000u)i=0;
  352. PixelDance();
  353. }
  354. circleB(tx,ty,BALLSIZE/2-3,0);
  355. return solid();
  356. }
  357. int ball::solid(){
  358. int i,j;
  359. j=getballj(y);
  360. i=getballi(x,j);
  361. table[i][j]=color;
  362. drawball(i,j);
  363. return flush(i,j);
  364. }