src/game_em/synchro_3.c

   1 /* third part of synchro.
   2  *
   3  * handle global elements.
   4  *
   5  * this should be spread over the frames for reduced cpu load.
   6  */
   7
   8 #include "tile.h"
   9 #include "level.h"
  10 #include "sample.h"
  11
  12
  13 #if defined(TARGET_X11)
  14
  15 void synchro_3(void)
  16 {
  17         register unsigned int x;
  18         register unsigned int y;
  19         register unsigned int count;
  20         register unsigned long random;
  21
  22 /* update variables */
  23         if(lev.score > 9999) lev.score = 9999;
  24
  25         if(lev.time) lev.time--;
  26         if(lev.android_move_cnt-- == 0) lev.android_move_cnt = lev.android_move_time;
  27         if(lev.android_clone_cnt-- == 0) lev.android_clone_cnt = lev.android_clone_time;
  28         if(lev.ball_state) if(lev.ball_cnt-- == 0) lev.ball_cnt = lev.ball_time;
  29         if(lev.lenses_cnt) lev.lenses_cnt--;
  30         if(lev.magnify_cnt) lev.magnify_cnt--;
  31         if(lev.wheel_cnt) lev.wheel_cnt--;
  32         if(lev.wind_cnt) lev.wind_cnt--;
  33         if(lev.wonderwall_time && lev.wonderwall_state) lev.wonderwall_time--;
  34
  35         if(lev.time > 0 && lev.time <= 50 && lev.time % 5 == 0) play[SAMPLE_time] = 1;
  36         if(lev.wheel_cnt) play[SAMPLE_wheel] = 1;
  37
  38 /* grow ameuba */
  39         random = Random;
  40         for(count = lev.ameuba_time; count--;) {
  41                 x = (random >> 10) % (WIDTH - 2);
  42                 y = (random >> 20) % (HEIGHT - 2);
  43                 switch(Cave[y][x]) {
  44                 case Xblank:
  45                 case Yacid_splash_eB:
  46                 case Yacid_splash_wB:
  47                 case Xgrass:
  48                 case Xdirt:
  49                 case Xsand:
  50                 case Xplant:
  51                 case Yplant:
  52                         if(tab_ameuba[Cave[y-1][x]] || tab_ameuba[Cave[y][x+1]] || tab_ameuba[Cave[y+1][x]] || tab_ameuba[Cave[y][x-1]]) Cave[y][x] = Xdrip_eat;
  53                 }
  54                 random = random * 129 + 1;
  55         }
  56         Random = random;
  57
  58 /* handle explosions */
  59         for(y = 1; y < HEIGHT - 1; y++) for(x = 1; x < WIDTH - 1; x++) {
  60                 switch(Cave[y][x]) {
  61                 case Znormal:
  62                         Cave[y][x] = Xboom_1;
  63                         Cave[y-1][x] = tab_explode_normal[Cave[y-1][x]];
  64                         Cave[y][x-1] = tab_explode_normal[Cave[y][x-1]];
  65                         Cave[y][x+1] = tab_explode_normal[Cave[y][x+1]];
  66                         Cave[y+1][x] = tab_explode_normal[Cave[y+1][x]];
  67                         Cave[y-1][x-1] = tab_explode_normal[Cave[y-1][x-1]];
  68                         Cave[y-1][x+1] = tab_explode_normal[Cave[y-1][x+1]];
  69                         Cave[y+1][x-1] = tab_explode_normal[Cave[y+1][x-1]];
  70                         Cave[y+1][x+1] = tab_explode_normal[Cave[y+1][x+1]];
  71                         break;
  72                 case Zdynamite:
  73                         Cave[y][x] = Xboom_1;
  74                         Cave[y-1][x] = tab_explode_dynamite[Cave[y-1][x]];
  75                         Cave[y][x-1] = tab_explode_dynamite[Cave[y][x-1]];
  76                         Cave[y][x+1] = tab_explode_dynamite[Cave[y][x+1]];
  77                         Cave[y+1][x] = tab_explode_dynamite[Cave[y+1][x]];
  78                         Cave[y-1][x-1] = tab_explode_dynamite[Cave[y-1][x-1]];
  79                         Cave[y-1][x+1] = tab_explode_dynamite[Cave[y-1][x+1]];
  80                         Cave[y+1][x-1] = tab_explode_dynamite[Cave[y+1][x-1]];
  81                         Cave[y+1][x+1] = tab_explode_dynamite[Cave[y+1][x+1]];
  82                         break;
  83                 }
  84         }
  85
  86 /* triple buffering */
  87         for(y = 0; y < HEIGHT; y++) for(x = 0; x < WIDTH; x++) {
  88                 Next[y][x] = Cave[y][x];
  89         }
  90 }
  91
  92 #endif