void Fight::onEvent(Event* const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator k = e->keys().begin(); k != e->keys().end(); ++k) {
map<unsigned char, Item>::iterator i = Inventory::items().find(*k);
if (i == Inventory::items().end()) {
/* we lost this item, remove it from projectile_slots */
_projectile_slots.erase(*k);
} else {
/* this item is new or changed.
* if we intend to throw it, add it to projectile_slots.
* otherwise remove it from projectile_slots */
map<const string, const data::Weapon*>::const_iterator w = data::Weapon::weapons().find(i->second.name());
if (w == data::Weapon::weapons().end())
continue; // not a weapon
if (w->second->type() == WEAPON_DAGGER || w->second->type() == WEAPON_DART || w->second->type() == WEAPON_JAVELIN || w->second->type() == WEAPON_KNIFE || w->second->type() == WEAPON_SHURIKEN || w->second->type() == WEAPON_SPEAR)
_projectile_slots.insert(*k);
else
_projectile_slots.erase(*k);
}
}
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
map<const string, const data::Weapon*>::const_iterator w = data::Weapon::weapons().find(i->second.name());
if (w == data::Weapon::weapons().end())
continue; // not a weapon
if (w->second->type() == WEAPON_DAGGER || w->second->type() == WEAPON_DART || w->second->type() == WEAPON_JAVELIN || w->second->type() == WEAPON_KNIFE || w->second->type() == WEAPON_SHURIKEN || w->second->type() == WEAPON_SPEAR)
_projectile_slots.insert(i->first);
}
}
}
/* methods */
void Amulet::onEvent(Event * const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator i = e->keys().begin(); i != e->keys().end(); ++i) {
Item item = Inventory::itemAtKey(*i);
if (item.beatitude() != CURSED && item.beatitude() != BEATITUDE_UNKNOWN && data::Amulet::amulets().find(item.name()) != data::Amulet::amulets().end()) {
if (item.name().find("strangulation") != string::npos && item.name().find("restful") != string::npos)
_amulet_key = *i;
break;
}
}
//todo: determine best amulet
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (i->second.beatitude() != BEATITUDE_UNKNOWN || data::Amulet::amulets().find(i->second.name()) == data::Amulet::amulets().end())
continue; // known beatitude or not an amulet
else if (i->second.beatitude() == BEATITUDE_UNKNOWN && data::Amulet::amulets().find(i->second.name()) != data::Amulet::amulets().end()) {
Beatify b(i->first, 175);
EventBus::broadcast(&b);
} else if (i->second.beatitude() != CURSED && data::Amulet::amulets().find(i->second.name()) != data::Amulet::amulets().end()) {
if (i->second.name().find("strangulation") != string::npos && i->second.name().find("restful") != string::npos)
_amulet_key = i->first;
}
}
} else if (event->id() == WantItems::ID) {
Debug::info() << "WantItems appeared, wearing?" << endl;
WantItems* e = static_cast<WantItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (wantItem(i->second))
i->second.want(i->second.count());
}
}
}
void Weapon::onEvent(event::Event* const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator k = e->keys().begin(); k != e->keys().end(); ++k) {
const Item& item = Inventory::itemAtKey(*k);
if (item.count() <= 0) {
/* we lost this item */
_range_weapons.erase(*k);
_melee_weapons.erase(*k);
continue;
}
map<const string, const data::Weapon*>::const_iterator w = data::Weapon::weapons().find(item.name());
if (w == data::Weapon::weapons().end())
continue; // not a weapon
int score = calculateWeaponScore(item, w->second);
if (isRangedWeapon(w->second))
_range_weapons[*k] = score;
else
_melee_weapons[*k] = score;
}
setBestWeapons();
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
map<const string, const data::Weapon*>::const_iterator w = data::Weapon::weapons().find(i->second.name());
if (w == data::Weapon::weapons().end())
continue; // not a weapon
int score = calculateWeaponScore(i->second, w->second);
if (isRangedWeapon(w->second)) {
_range_weapons[i->first] = score;
} else {
_melee_weapons[i->first] = score;
if (i->second.beatitude() == BEATITUDE_UNKNOWN) {
Beatify b(i->first, 175);
EventBus::broadcast(&b);
}
}
}
setBestWeapons();
} else if (event->id() == WantItems::ID) {
WantItems* e = static_cast<WantItems*> (event);
// if (e->dropping() || Saiph::encumbrance() < BURDENED) {
/* dropping items or we're burdened (which means don't loot weapons) */
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (e->dropping()) {
if (_range_weapons.find(i->first) != _range_weapons.end() || _melee_weapons.find(i->first) != _melee_weapons.end()) {
/* don't drop weapons in one of our lists */
i->second.want(i->second.count());
}
} else {
/* looting, is this better than what we got? */
if (betterThanWhatWeGot(i->second))
i->second.want(i->second.count());
}
}
// }
}
}
void Health::onEvent(event::Event* const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator k = e->keys().begin(); k != e->keys().end(); ++k) {
map<unsigned char, Item>::iterator i = Inventory::items().find(*k);
if (*k == _unihorn_key) {
if (i == Inventory::items().end() || i->second.beatitude() == CURSED || data::UnicornHorn::unicornHorns().find(i->second.name()) == data::UnicornHorn::unicornHorns().end()) {
_unihorn_key = ILLEGAL_ITEM;
continue;
}
} else if (*k == _lizard_key) {
if (i == Inventory::items().end()) {
_lizard_key = ILLEGAL_ITEM;
continue;
}
map<const string, const data::Corpse*>::const_iterator c = data::Corpse::corpses().find(i->second.name());
if (c == data::Corpse::corpses().end() || !(c->second->effects() & EAT_EFFECT_CURE_STONING)) {
_lizard_key = ILLEGAL_ITEM;
continue;
}
}
}
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (data::UnicornHorn::unicornHorns().find(i->second.name()) != data::UnicornHorn::unicornHorns().end()) {
if (i->second.beatitude() == BEATITUDE_UNKNOWN) {
Beatify b(i->first, 175);
EventBus::broadcast(&b);
} else if (i->second.beatitude() != CURSED) {
map<unsigned char, Item>::iterator u = Inventory::items().find(_unihorn_key);
if (u == Inventory::items().end() || u->second.beatitude() == UNCURSED)
_unihorn_key = i->first;
}
continue;
}
map<const string, const data::Corpse*>::const_iterator c = data::Corpse::corpses().find(i->second.name());
if (c != data::Corpse::corpses().end() && (c->second->effects() & EAT_EFFECT_CURE_STONING)) {
_lizard_key = i->first;
continue;
}
}
} else if (event->id() == WantItems::ID) {
WantItems* e = static_cast<WantItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (i->second.beatitude() != CURSED && data::UnicornHorn::unicornHorns().find(i->second.name()) != data::UnicornHorn::unicornHorns().end()) {
/* let's pick up all non-cursed unihorns */
i->second.want(i->second.count());
continue;
}
map<const string, const data::Corpse*>::const_iterator c = data::Corpse::corpses().find(i->second.name());
if (c != data::Corpse::corpses().end() && (c->second->effects() & EAT_EFFECT_CURE_STONING)) {
/* let's pick up all lizard corpses */
i->second.want(i->second.count());
continue;
}
}
}
}
void Armor::onEvent(event::Event * const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator k = e->keys().begin(); k != e->keys().end(); ++k) {
if (betterThanCurrent(Inventory::itemAtKey(*k)))
_put_on.insert(*k);
else
_put_on.erase(*k);
}
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (data::Armor::armors().find(i->second.name()) == data::Armor::armors().end())
continue; // not armor
if (i->second.beatitude() != BEATITUDE_UNKNOWN) {
/* known beatitude, should we wear it? */
if (i->second.beatitude() != CURSED && betterThanCurrent(i->second))
_put_on.insert(i->first); // it's not cursed and (possibly) better than what we're wearing
else
_put_on.erase(i->first);
continue;
}
Beatify b(i->first, 175);
EventBus::broadcast(&b);
}
} else if (event->id() == WantItems::ID) {
WantItems* e = static_cast<WantItems*> (event);
if (Saiph::encumbrance() >= BURDENED) {
/* burdened and beatifying, (and is on a stash): pick up */
if (World::shortestPath(ALTAR).cost() < UNPASSABLE) {
if (Saiph::encumbrance() < STRESSED) {
if (e->safeStash()) {
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (betterThanCurrent(i->second))
i->second.want(i->second.count());
}
}
}
/* burdened and not beatifying: stash */
} else if (e->safeStash()) {
loopTimeout = World::turn() + 10;
}
/* not burdened */
} else {
/* and not on safe stash: pick up */
if (!e->safeStash() && loopTimeout <= World::turn()) {
/* ^ this also means 'drop at every safe stash if not burdened' */
/* TODO: to avoid this, check whether on upstair, without stashing */
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (betterThanCurrent(i->second))
i->second.want(i->second.count());
}
}
}
}
}
/* methods */
void Amulet::onEvent(Event* const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
map<unsigned char, Item> k;
for (set<unsigned char>::iterator i = e->keys().begin(); i != e->keys().end(); ++i) {
Item item = Inventory::itemAtKey(*i);
k.insert(pair<unsigned char, Item>(*i, item));
}
_amulet_key = bestAmulet(k);
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
_amulet_key = bestAmulet((e->items()));
} else if (event->id() == WantItems::ID) {
WantItems* e = static_cast<WantItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (wantItem(i->second))
i->second.want(i->second.count());
}
}
}
void Door::onEvent(Event* const event) {
if (event->id() == ChangedInventoryItems::ID) {
/* inventory changed, see if we lost our unlocking device or got a new/better one */
if (Inventory::items().find(_unlock_tool_key) == Inventory::items().end())
_unlock_tool_key = 0; // darn, we lost our unlocking device
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator k = e->keys().begin(); k != e->keys().end(); ++k) {
map<unsigned char, Item>::iterator i = Inventory::items().find(*k);
if (i != Inventory::items().end() && wantItem(i->second))
_unlock_tool_key = *k; // better key than what we currently got
}
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (wantItem(i->second))
_unlock_tool_key = i->first; // better key than what we currently got
}
} else if (event->id() == WantItems::ID) {
WantItems* e = static_cast<WantItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if ((e->dropping() && _unlock_tool_key != ILLEGAL_ITEM && i->first == _unlock_tool_key) || wantItem(i->second))
i->second.want(i->second.count());
}
} else if (event->id() == ShopDetected::ID) {
ShopDetected* e = static_cast<ShopDetected*> (event);
stack<Point> ps;
for (int x = e->ul().col(); x <= e->lr().col(); ++x) {
ps.push(Point(e->ul().row() - 1, x));
ps.push(Point(e->lr().row() + 1, x));
}
for (int y = e->ul().row() - 1; y <= e->lr().row() + 1; ++y) {
ps.push(Point(y, e->ul().col() - 1));
ps.push(Point(y, e->lr().col() + 1));
}
for (; !ps.empty(); ps.pop()) {
if (World::level().tile(ps.top()).symbol() != CLOSED_DOOR)
continue;
World::level().setDungeonSymbolValue(ps.top(), getDoorFlags(ps.top()) | DOOR_IS_SHOP);
}
}
}
void Armor::onEvent(event::Event * const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator k = e->keys().begin(); k != e->keys().end(); ++k) {
if (betterThanCurrent(Inventory::itemAtKey(*k)))
_put_on.insert(*k);
else
_put_on.erase(*k);
}
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (data::Armor::armors().find(i->second.name()) == data::Armor::armors().end())
continue; // not armor
if (i->second.beatitude() != BEATITUDE_UNKNOWN) {
/* known beatitude, should we wear it? */
if (i->second.beatitude() != CURSED && betterThanCurrent(i->second))
_put_on.insert(i->first); // it's not cursed and (possibly) better than what we're wearing
else
_put_on.erase(i->first);
continue;
}
Beatify b(i->first, 175);
EventBus::broadcast(&b);
}
} else if (event->id() == WantItems::ID) {
WantItems* e = static_cast<WantItems*> (event);
if (e->safeStash() && World::shortestPath(ALTAR).cost() >= UNPASSABLE) {
/* on safe stash and can't path to altar, drop */
} else if (Saiph::encumbrance() < BURDENED && (!e->safeStash() || World::shortestPath(ALTAR).cost() < UNPASSABLE)) {
/* we're not burdened and not on a safe stash or we can't reach an altar, loot armor */
/* if we are on a safe stash and can't reach an altar then we will drop armor */
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (betterThanCurrent(i->second))
i->second.want(i->second.count());
}
}
}
}
void Health::onEvent(event::Event * const event) {
if (event->id() == ChangedInventoryItems::ID) {
ChangedInventoryItems* e = static_cast<ChangedInventoryItems*> (event);
for (set<unsigned char>::iterator k = e->keys().begin(); k != e->keys().end(); ++k) {
map<unsigned char, Item>::iterator i = Inventory::items().find(*k);
if (*k == _unihorn_key) {
if (i == Inventory::items().end() || i->second.beatitude() == CURSED || data::UnicornHorn::unicornHorns().find(i->second.name()) == data::UnicornHorn::unicornHorns().end()) {
_unihorn_key = ILLEGAL_ITEM;
continue;
}
} else if (*k == _lizard_key) {
if (i == Inventory::items().end()) {
_lizard_key = ILLEGAL_ITEM;
continue;
}
map<const string, const data::Corpse*>::const_iterator c = data::Corpse::corpses().find(i->second.name());
if (c == data::Corpse::corpses().end() || !(c->second->effects() & EAT_EFFECT_CURE_STONING)) {
_lizard_key = ILLEGAL_ITEM;
continue;
}
}
}
} else if (event->id() == ReceivedItems::ID) {
ReceivedItems* e = static_cast<ReceivedItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (data::UnicornHorn::unicornHorns().find(i->second.name()) != data::UnicornHorn::unicornHorns().end()) {
if (i->second.beatitude() == BEATITUDE_UNKNOWN) {
Beatify b(i->first, 175);
EventBus::broadcast(&b);
} else if (i->second.beatitude() != CURSED) {
map<unsigned char, Item>::iterator u = Inventory::items().find(_unihorn_key);
if (u == Inventory::items().end() || u->second.beatitude() == UNCURSED)
_unihorn_key = i->first;
}
continue;
}
map<const string, const data::Corpse*>::const_iterator c = data::Corpse::corpses().find(i->second.name());
if (c != data::Corpse::corpses().end() && (c->second->effects() & EAT_EFFECT_CURE_STONING)) {
_lizard_key = i->first;
continue;
}
}
} else if (event->id() == WantItems::ID) {
WantItems* e = static_cast<WantItems*> (event);
for (map<unsigned char, Item>::iterator i = e->items().begin(); i != e->items().end(); ++i) {
if (i->second.beatitude() != CURSED && data::UnicornHorn::unicornHorns().find(i->second.name()) != data::UnicornHorn::unicornHorns().end()) {
/* non-cursed unihorn */
/* if we want to limit amount of unihorns, do it here, check inventory how many we got */
int unihornNum = 0;
for (map<unsigned char, Item>::iterator i2 = e->items().begin(); i2 != e->items().end(); ++i2) {
if (i2->second.beatitude() != CURSED && data::UnicornHorn::unicornHorns().find(i->second.name()) != data::UnicornHorn::unicornHorns().end())
unihornNum++;
}
/* keep at least 3 on hand */
if (unihornNum < 3)
i->second.want(i->second.count());
continue;
}
map<const string, const data::Corpse*>::const_iterator c = data::Corpse::corpses().find(i->second.name());
if (c != data::Corpse::corpses().end() && (c->second->effects() & EAT_EFFECT_CURE_STONING)) {
/* lizard corpse */
/* if we want to limit amount of lizard corpses, do it here, check inventory how many we got */
int lizardNum = 0;
for (map<unsigned char, Item>::iterator i2 = e->items().begin(); i2 != e->items().end(); ++i2) {
map<const string, const data::Corpse*>::const_iterator c2 = data::Corpse::corpses().find(i2->second.name());
if (c != data::Corpse::corpses().end() && (c->second->effects() & EAT_EFFECT_CURE_STONING))
lizardNum++;
}
if (lizardNum < 3)
i->second.want(i->second.count());
continue;
}
}
}
}
