static int update_score_level(struct game_score *score, int num_rows,
int *timeout)
{
int has_level_changed = 0;
//score->score += (score->level + SCORE_CLEAR_ROW) * num_rows * num_rows;
score->score += score->level * num_rows * num_rows * BASE_SCORE_PER_ROW;
if (score->score > score->current_highscore)
score->current_highscore = score->score;
score->total_rows += num_rows;
score->rows_cleared += num_rows;
if (score->rows_cleared >= MAX_ROWS_PER_LEVEL) {
if (game_options.increase_difficulty &&
score->level < DIFFICULTY_LEVEL_MAX)
*timeout -= TIMEOUT_DELTA(score->level);
if (game_options.clear_on_new_level)
reset_game_board();
score->level++;
score->rows_cleared = 0;
has_level_changed = 1;
}
return has_level_changed;
}
int initialize_game_elements(void)
{
/* initialize the board */
reset_game_board();
/* initialize the current and next block */
srand((unsigned) time(NULL));
next_block = (block_t)(rand() % TOTAL_BLOCKS);
next_block_orientation = (degree_t)(rand() % TOTAL_DEGREES);
return SUCCESS;
}
uint8_t *init_game_board() {
uint8_t *game_board = (uint8_t *) calloc(GAME_BOARD_X * GAME_BOARD_Y, sizeof(uint8_t));
reset_game_board(game_board);
return game_board;
}