// seg000:0EA8
// returns 1 if level is restarted, 0 otherwise
int __pascal far play_kid_frame() {
loadkid_and_opp();
load_fram_det_col();
check_killed_shadow();
play_kid();
if (upside_down && Char.alive >= 0) {
upside_down = 0;
need_redraw_because_flipped = 1;
}
if (is_restart_level) {
return 1;
}
if (Char.room != 0) {
play_seq();
fall_accel();
fall_speed();
load_frame_to_obj();
load_fram_det_col();
set_char_collision();
bump_into_opponent();
check_collisions();
check_bumped();
check_gate_push();
check_action();
check_press();
check_spike_below();
if (resurrect_time == 0) {
check_spiked();
check_chomped_kid();
}
check_knock();
}
savekid();
return 0;
}
// seg000:0F48
void __pascal far play_guard_frame() {
if (Guard.direction != dir_56_none) {
loadshad_and_opp();
load_fram_det_col();
check_killed_shadow();
play_guard();
if (Char.room == drawn_room) {
play_seq();
if (Char.x >= 44 && Char.x < 211) {
fall_accel();
fall_speed();
load_frame_to_obj();
load_fram_det_col();
set_char_collision();
check_guard_bumped();
check_action();
check_press();
check_spike_below();
check_spiked();
check_chomped_guard();
}
}
saveshad();
}
}
void tetclone::step()
{
if(!m_gameover){
++m_level_count;
bool bottom = !move_falling_tetromino(point2i{{0, m_fall_speed}});
if(bottom) on_down_bottom();
if(m_level_count >= m_level_step){
if(m_level < 10)
++m_level;
m_fall_speed = fall_speed(m_level);
m_level_count = 0;
}
}
}
void tetclone::restart()
{
m_gameover = false;
std::array<color_t, width> row;
std::fill(row.begin(), row.end(), color_t::non);
std::fill(m_stockpile.begin(), m_stockpile.end(), row);
m_current.tetromino = m_rand();
m_current.angle = angle_t::Zero;
m_current.pos = point2i{{0, 0}};
m_next = m_rand();
m_score = 0;
m_level = 0;
m_fall_speed = fall_speed(m_level);
}
tetclone::tetclone()
:
m_stockpile(),
m_current(),
m_next(),
m_gameover(false),
m_level(),
m_level_count(),
m_level_step(level_step),
m_fall_count(),
m_fall_speed(fall_speed(m_level)),
m_score(),
m_gen(std::time(0))
{
std::array<color_t, width> row;
std::fill(row.begin(), row.end(), color_t::non);
std::fill(m_stockpile.begin(), m_stockpile.end(), row);
m_current.tetromino = m_rand();
m_current.angle = angle_t::Zero;
m_current.pos = point2i{{0, 0}};
m_next = m_rand();
}
