void init_outbreak(Outbreak * outbreak, SDL_Surface * screen) {
outbreak->screen = screen;
outbreak->player = make_player("Jeremy", INITIAL_PADDLE_X, INITIAL_PADDLE_Y, INITIAL_PADDLE_WIDTH, INITIAL_PADDLE_HEIGHT, resources.paddle_bmp);
outbreak->ball = make_ball(INITIAL_BALL_X, INITIAL_BALL_Y, INITIAL_BALL_WIDTH, INITIAL_BALL_HEIGHT, resources.ball_bmp);
outbreak->paused = FALSE;
outbreak->quit = FALSE;
magnetize_ball(outbreak->ball);
outbreak->num_blocks = generate_level(outbreak->blocks, MAX_BLOCKS);
}
/* Ready a game structure for actual use: */
void game_finalize(GameData *gd) {
Level *lvl;
TankList *tl;
DrawBuffer *b;
PList *pl;
Screen *s;
ASSERT_CONFIG();
/* Initialize most of the structures: */
s = screen_new (gd->data.config.is_fullscreen);
pl = plist_new ();
b = drawbuffer_new(gd->data.config.w, gd->data.config.h);
lvl = level_new (b, gd->data.config.w, gd->data.config.h);
tl = tanklist_new (lvl, pl);
/* Generate our random level: */
generate_level(lvl, gd->data.config.gen);
level_decorate(lvl);
level_make_bases(lvl);
/* Debug the starting data, if we're debugging: */
if(gd->is_debug)
level_dump_bmp(lvl, "debug_start.bmp");
/* Start drawing! */
drawbuffer_set_default(b, color_rock);
level_draw_all(lvl, b);
screen_set_mode_level(s, b);
/* Set up the players/GUI: */
if (gd->data.config.player_count == 1) init_single_player(s, tl, lvl);
else if(gd->data.config.player_count == 2) init_double_player(s, tl, lvl);
else {
ERR_OUT("Don't know how to draw more than 2 players at once...");
exit(1);
}
/* Copy all of our variables into the GameData struct: */
gd->is_active = 1;
gd->data.active.s = s;
gd->data.active.pl = pl;
gd->data.active.b = b;
gd->data.active.lvl = lvl;
gd->data.active.tl = tl;
}
void skiplist_insert(SkipList_t *ptrSl, SlKey_t slKey, void *ptrValue) {
int32_t cMaxLevel = ptrSl->cMaxLevel;
int32_t ixLevel = generate_level(ptrSl);
SkipListNode_t *ptrSlnNew = skiplist_alloc_node(cMaxLevel);
ptrSlnNew->cLevel = (int16_t)ixLevel;
ptrSlnNew->slKey = slKey;
ptrSlnNew->ptrValue = ptrValue;
SkipListNode_t **rgPtrSlnBuf = obtain_work_buffer(ptrSl);
SkipListNode_t *ptrSlnCurr = ptrSl->ptrSlnHeader;
int32_t i;
for (i = ptrSl->cMaxLevel-1; i >= 0; i--) {
SkipListNode_t *ptrSlnNext;
int32_t cLinkWidth = 0;
while ((ptrSlnNext = ptrSlnCurr->rgPtrSlnForward[i])
&& ptrSlnNext->slKey < slKey) {
cLinkWidth += ptrSlnCurr->rgCLinkWidth[i];
ptrSlnCurr = ptrSlnNext;
}
rgPtrSlnBuf[i] = ptrSlnCurr;
if (i < cMaxLevel - 1) {
ptrSlnNew->rgCLinkWidth[i+1] = cLinkWidth;
}
}
ptrSlnNew->rgCLinkWidth[0] = 1;
int32_t cLinkWidth = 0;
for (i = 0; i <= ixLevel; i++) {
ptrSlnCurr = rgPtrSlnBuf[i];
ptrSlnNew->rgPtrSlnForward[i] = ptrSlnCurr->rgPtrSlnForward[i];
ptrSlnCurr->rgPtrSlnForward[i] = ptrSlnNew;
int32_t cOldWidth = ptrSlnCurr->rgCLinkWidth[i];
int32_t cTraveled = ptrSlnNew->rgCLinkWidth[i];
cLinkWidth += cTraveled;
int32_t cNewWidth = cOldWidth - cLinkWidth;
ptrSlnCurr->rgCLinkWidth[i] = cLinkWidth;
ptrSlnNew->rgCLinkWidth[i] = cNewWidth < 0 ? 0 : cNewWidth;
}
for (i = ixLevel + 1; i < cMaxLevel; i++) {
rgPtrSlnBuf[i]->rgCLinkWidth[i]++;
}
ptrSl->cSize++;
release_work_buffer(rgPtrSlnBuf);
}