void Stick::jump()
{
static const Vector jmpvec CONF_JUMP_VECTOR;
const long now = Util::mstime();
if(on_platform() && _last_jump + CONF_STICK_JUMP_DELAY < now){
_cur_platform = -1;
_last_jump = now;
Position::apply_vector(jmpvec);
}
}
void playable_custom_object::process(level& lvl)
{
if(player_info_.current_level() != lvl.id()) {
player_info_.set_current_level(lvl.id());
}
if(can_interact_ > 0) {
--can_interact_;
}
iphone_controls::set_underwater(underwater_controls_);
iphone_controls::set_can_interact(can_interact_ != 0);
iphone_controls::set_on_platform(on_platform());
iphone_controls::set_standing(is_standing(level::current()));
float underwater_x, underwater_y;
if(underwater_controls_ && iphone_controls::water_dir(&underwater_x, &underwater_y)) {
underwater_ctrl_x_ = underwater_x*1000;
underwater_ctrl_y_ = underwater_y*1000;
} else {
underwater_ctrl_x_ = 0;
underwater_ctrl_y_ = 0;
}
reverse_ab_ = preferences::reverse_ab();
bool controls[controls::NUM_CONTROLS];
for(int n = 0; n != controls::NUM_CONTROLS; ++n) {
controls[n] = control_status(static_cast<controls::CONTROL_ITEM>(n));
}
clear_control_status();
read_controls(lvl.cycle());
static const std::string keys[] = { "up", "down", "left", "right", "attack", "jump", "tongue" };
for(int n = 0; n != controls::NUM_CONTROLS; ++n) {
if(controls[n] != control_status(static_cast<controls::CONTROL_ITEM>(n))) {
if(controls[n]) {
handle_event("end_ctrl_" + keys[n]);
} else {
handle_event("ctrl_" + keys[n]);
}
}
}
custom_object::process(lvl);
}
