//--------------------------------------------------------- MOVE RULES
bool Move_rules::can_move(Actor& actor) const
{
if (can_move_cmn_)
{
return true;
}
auto& prop_handler = actor.prop_handler();
//If not allowing normal move, check if any property overrides this
for (size_t i = 0; i < size_t(Prop_id::END); ++i)
{
const Prop_id id = Prop_id(i);
if (prop_handler.has_prop(id) && can_move_if_have_prop_[i])
{
return true;
}
}
return false;
}
void act()
{
//=======================================================================
// TESTS
//=======================================================================
for (Actor* actor : game_time::actors_)
{
#ifdef NDEBUG
(void)actor;
#else
assert(utils::is_pos_inside_map(actor->pos));
#endif
}
//=======================================================================
//Abort?
//TODO: Reimplement this
// if(input::is_key_held(SDLK_ESCAPE))
// {
// config::toggle_bot_playing();
// }
//Check if we are finished with the current run, if so, go back to DLVL 1
if (map::dlvl >= DLVL_LAST)
{
TRACE << "Starting new run on first dungeon level" << endl;
map_travel::init();
map::dlvl = 1;
return;
}
Prop_handler& prop_handler = map::player->get_prop_handler();
//Keep an allied Mi-go around to help getting out of sticky situations
bool has_allied_mon = false;
for (const Actor* const actor : game_time::actors_)
{
if (map::player->is_leader_of(actor))
{
has_allied_mon = true;
break;
}
}
if (!has_allied_mon)
{
actor_factory::summon(map::player->pos, {Actor_id::mi_go}, false, map::player);
}
//Occasionally apply RFear (to avoid getting stuck on fear-causing monsters)
if (rnd::one_in(7))
{
prop_handler.try_apply_prop(new Prop_rFear(Prop_turns::specific, 4), true);
}
//Occasionally apply Burning to a random actor (helps to avoid getting stuck)
if (rnd::one_in(10))
{
const int ELEMENT = rnd::range(0, game_time::actors_.size() - 1);
Actor* const actor = game_time::actors_[ELEMENT];
if (actor != map::player)
{
actor->get_prop_handler().try_apply_prop(new Prop_burning(Prop_turns::std), true);
}
}
//Occasionally teleport (to avoid getting stuck)
if (rnd::one_in(200))
{
map::player->teleport();
}
//Occasionally send a TAB command to attack nearby monsters
if (rnd::coin_toss())
{
input::handle_map_mode_key_press(Key_data(SDLK_TAB));
return;
}
//Occasionally apply a random property to exercise the prop code
if (rnd::one_in(10))
{
vector<Prop_id> prop_bucket;
for (size_t i = 0; i < size_t(Prop_id::END); ++i)
{
if (prop_data::data[i].allow_test_on_bot)
{
prop_bucket.push_back(Prop_id(i));
}
}
Prop_id prop_id = prop_bucket[rnd::range(0, prop_bucket.size() - 1)];
Prop* const prop = prop_handler.mk_prop(prop_id, Prop_turns::specific, 5);
prop_handler.try_apply_prop(prop, true);
}
//Handle blocking door
for (int dx = -1; dx <= 1; ++dx)
{
for (int dy = -1; dy <= 1; ++dy)
{
const Pos p(map::player->pos + Pos(dx, dy));
auto* const f = map::cells[p.x][p.y].rigid;
if (f->get_id() == Feature_id::door)
{
Door* const door = static_cast<Door*>(f);
door->reveal(false);
if (door->is_stuck())
{
f->hit(Dmg_type::physical, Dmg_method::kick, map::player);
return;
}
}
}
}
//If we are terrified, wait in place
bool props[size_t(Prop_id::END)];
map::player->get_prop_handler().get_prop_ids(props);
if (props[int(Prop_id::terrified)])
{
if (walk_to_adj_cell(map::player->pos))
{
return;
}
}
find_path_to_stairs();
walk_to_adj_cell(cur_path_.back());
}