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creature_factory.cpp
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creature_factory.cpp
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/* Copyright (C) 2013-2014 Michal Brzozowski (rusolis@poczta.fm)
This file is part of KeeperRL.
KeeperRL is free software; you can redistribute it and/or modify it under the terms of the
GNU General Public License as published by the Free Software Foundation; either version 2
of the License, or (at your option) any later version.
KeeperRL is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without
even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License along with this program.
If not, see http://www.gnu.org/licenses/ . */
#include "stdafx.h"
#include "creature_factory.h"
#include "monster.h"
#include "level.h"
#include "entity_set.h"
#include "effect.h"
#include "item_factory.h"
#include "creature_attributes.h"
#include "view_object.h"
#include "view_id.h"
#include "location.h"
#include "creature.h"
#include "game.h"
#include "name_generator.h"
#include "player_message.h"
#include "equipment.h"
#include "minion_task_map.h"
#include "spell_map.h"
#include "event.h"
#include "tribe.h"
#include "square_type.h"
#include "monster_ai.h"
#include "sound.h"
#include "player.h"
#include "map_memory.h"
#include "body.h"
#include "attack_type.h"
#include "attack_level.h"
#include "attack.h"
template <class Archive>
void CreatureFactory::serialize(Archive& ar, const unsigned int version) {
ar& SVAR(tribe)
& SVAR(creatures)
& SVAR(weights)
& SVAR(unique)
& SVAR(tribeOverrides)
& SVAR(levelIncrease);
}
SERIALIZABLE(CreatureFactory);
SERIALIZATION_CONSTRUCTOR_IMPL(CreatureFactory);
CreatureFactory::SingleCreature::SingleCreature(TribeId t, CreatureId i) : id(i), tribe(t) {}
bool CreatureFactory::SingleCreature::operator == (const SingleCreature& o) const {
return tribe == o.tribe && id == o.id;
}
template <class Archive>
void CreatureFactory::SingleCreature::serialize(Archive& ar, const unsigned int version) {
ar& SVAR(tribe)
& SVAR(id);
}
SERIALIZABLE(CreatureFactory::SingleCreature);
SERIALIZATION_CONSTRUCTOR_IMPL2(CreatureFactory::SingleCreature, SingleCreature);
CreatureFactory::CreatureFactory(const SingleCreature& s) : CreatureFactory(s.tribe, {s.id}, {1}, {}) {
}
class BoulderController : public Monster {
public:
BoulderController(Creature* c) : Monster(c, MonsterAIFactory::idle()), stopped(true) {}
void considerRolling() {
for (Vec2 v : Vec2::directions4(Random)) {
int radius = 4;
for (int i = 1; i <= radius; ++i) {
Position curPos = getCreature()->getPosition().plus(v * i);
if (Creature* other = curPos.getCreature()) {
if (other->getTribe() != getCreature()->getTribe()) {
if (!other->getAttributes().getSkills().hasDiscrete(SkillId::DISARM_TRAPS)) {
direction = v;
stopped = false;
getCreature()->getGame()->onTrapTrigger(getCreature()->getPosition());
getCreature()->monsterMessage(
PlayerMessage("The boulder starts rolling.", MessagePriority::CRITICAL),
PlayerMessage("You hear a heavy boulder rolling.", MessagePriority::CRITICAL));
return;
} else {
other->you(MsgType::DISARM_TRAP, "boulder trap");
getCreature()->getGame()->onTrapDisarm(getCreature()->getPosition(), other);
getCreature()->die();
return;
}
}
}
if (!curPos.canEnterEmpty(getCreature()))
break;
}
}
}
virtual void makeMove() override {
if (stopped)
considerRolling();
if (stopped) {
getCreature()->wait().perform(getCreature());
return;
}
Position nextPos = getCreature()->getPosition().plus(direction);
if (nextPos.getStrength() < 300) {
if (Creature* c = nextPos.getCreature()) {
if (!c->getBody().isKilledByBoulder()) {
if (auto action = getCreature()->swapPosition(direction, true))
action.perform(getCreature());
} else {
health -= c->getBody().getBoulderDamage();
if (health <= 0) {
nextPos.globalMessage(getCreature()->getName().the() + " crashes on the " + c->getName().the(),
"You hear a crash");
getCreature()->die();
c->takeDamage(Attack(getCreature(), AttackLevel::MIDDLE, AttackType::HIT, 1000, 35, false));
return;
} else {
c->you(MsgType::KILLED_BY, getCreature()->getName().the());
c->die(getCreature());
}
}
}
if (auto action = getCreature()->destroy(direction, Creature::DESTROY))
action.perform(getCreature());
}
if (auto action = getCreature()->move(direction))
action.perform(getCreature());
else {
if (health >= 0.9 && nextPos.canConstruct(SquareId::FLOOR)) {
getCreature()->globalMessage("The " + nextPos.getName() + " is destroyed!");
while (!nextPos.construct(SquareId::FLOOR)) {} // This should use destroy() probably
if (auto action = getCreature()->move(direction))
action.perform(getCreature());
health = 0.1;
} else {
nextPos.globalMessage(getCreature()->getName().the() + " crashes on the " + nextPos.getName(),
"You hear a crash");
getCreature()->die();
return;
}
}
double speed = getCreature()->getAttr(AttrType::SPEED);
double deceleration = 0.1;
speed -= deceleration * 100 * 100 / speed;
if (speed < 30 && !getCreature()->isDead()) {
getCreature()->die();
return;
}
getCreature()->getAttributes().setBaseAttr(AttrType::SPEED, speed);
}
virtual void you(MsgType type, const string& param) override {
string msg, msgNoSee;
switch (type) {
case MsgType::BURN: msg = getCreature()->getName().the() + " burns in the " + param; break;
case MsgType::DROWN: msg = getCreature()->getName().the() + " falls into the " + param;
msgNoSee = "You hear a loud splash"; break;
case MsgType::KILLED_BY: msg = getCreature()->getName().the() + " is destroyed by " + param; break;
case MsgType::ENTER_PORTAL: msg = getCreature()->getName().the() + " disappears in the portal."; break;
default: break;
}
if (!msg.empty())
getCreature()->monsterMessage(msg, msgNoSee);
}
SERIALIZE_ALL2(Monster, direction, stopped);
SERIALIZATION_CONSTRUCTOR(BoulderController);
private:
Vec2 SERIAL(direction);
bool SERIAL(stopped) = false;
double health = 1;
};
PCreature CreatureFactory::getGuardingBoulder(TribeId tribe) {
return PCreature(new Creature(tribe, CATTR(
c.viewId = ViewId::BOULDER;
c.attr[AttrType::DEXTERITY] = 1;
c.attr[AttrType::STRENGTH] = 1000;
c.body = Body::nonHumanoid(Body::Material::ROCK, Body::Size::HUGE).setDeathSound(none);
c.attr[AttrType::SPEED] = 140;
c.permanentEffects[LastingEffect::BLIND] = 1;
c.stationary = true;
c.invincible = true;
c.name = "boulder";
), ControllerFactory([](Creature* c) {
return new BoulderController(c); })));
}
class SokobanController : public Monster {
public:
SokobanController(Creature* c) : Monster(c, MonsterAIFactory::idle()) {}
virtual void onBump(Creature* player) override {
Vec2 goDir = player->getPosition().getDir(getCreature()->getPosition());
if (goDir.isCardinal4() && getCreature()->getPosition().plus(goDir).canEnter(
getCreature()->getMovementType().setForced(true))) {
getCreature()->displace(getCreature()->getLocalTime(), goDir);
player->move(goDir).perform(player);
}
}
virtual void you(MsgType type, const string& param) override {
string msg, msgNoSee;
switch (type) {
case MsgType::BURN: msg = getCreature()->getName().the() + " burns in the " + param; break;
case MsgType::DROWN: msg = getCreature()->getName().the() + " falls into the " + param;
msgNoSee = "You hear a loud splash"; break;
case MsgType::KILLED_BY: msg = getCreature()->getName().the() + " is destroyed by " + param; break;
case MsgType::ENTER_PORTAL: msg = getCreature()->getName().the() + " disappears in the portal."; break;
default: break;
}
if (!msg.empty())
getCreature()->monsterMessage(msg, msgNoSee);
}
SERIALIZE_SUBCLASS(Monster);
SERIALIZATION_CONSTRUCTOR(SokobanController);
private:
};
PCreature CreatureFactory::getAdventurer(int handicap) {
MapMemory* levelMemory = new MapMemory();
PCreature player = CreatureFactory::addInventory(
PCreature(new Creature(TribeId::getAdventurer(),
CATTR(
c.viewId = ViewId::PLAYER;
c.attr[AttrType::SPEED] = 100;
c.body = Body::humanoid(Body::Size::LARGE);
c.attr[AttrType::STRENGTH] = 13 + handicap;
c.attr[AttrType::DEXTERITY] = 15 + handicap;
c.barehandedDamage = 5;
c.name = "Adventurer";
c.name->setFirst(NameGenerator::get(NameGeneratorId::FIRST)->getNext());
c.skills.insert(SkillId::AMBUSH);), Player::getFactory(levelMemory))), {
ItemId::FIRST_AID_KIT,
ItemId::SWORD,
ItemId::KNIFE,
ItemId::LEATHER_GLOVES,
ItemId::LEATHER_ARMOR,
ItemId::LEATHER_HELM});
for (int i : Range(Random.get(70, 131)))
player->take(ItemFactory::fromId(ItemId::GOLD_PIECE));
return player;
}
PCreature CreatureFactory::getSokobanBoulder(TribeId tribe) {
return PCreature(new Creature(tribe, CATTR(
c.viewId = ViewId::BOULDER;
c.attr[AttrType::DEXTERITY] = 1;
c.attr[AttrType::STRENGTH] = 1000;
c.body = Body::nonHumanoid(Body::Material::ROCK, Body::Size::HUGE).setDeathSound(none);
c.attr[AttrType::SPEED] = 140;
c.permanentEffects[LastingEffect::BLIND] = 1;
c.stationary = true;
c.invincible = true;
c.name = "boulder";), ControllerFactory([](Creature* c) {
return new SokobanController(c); })));
}
CreatureAttributes CreatureFactory::getKrakenAttributes(ViewId id) {
return CATTR(
c.viewId = id;
c.attr[AttrType::SPEED] = 40;
c.body = Body::nonHumanoid(Body::Size::LARGE);
c.attr[AttrType::STRENGTH] = 15;
c.attr[AttrType::DEXTERITY] = 15;
c.barehandedDamage = 10;
c.skills.insert(SkillId::SWIMMING);
c.name = "kraken";);
}
class KrakenController : public Monster {
public:
KrakenController(Creature* c) : Monster(c, MonsterAIFactory::monster()) {
numSpawns = Random.choose({1, 2}, {4, 1});
}
void makeReady() {
ready = true;
}
void unReady() {
ready = false;
}
virtual void onKilled(const Creature* attacker) override {
if (attacker) {
if (father)
attacker->playerMessage("You cut the kraken's tentacle");
else
attacker->playerMessage("You kill the kraken!");
}
for (Creature* c : spawns)
if (!c->isDead())
c->die(nullptr);
}
virtual void you(MsgType type, const string& param) override {
string msg, msgNoSee;
switch (type) {
case MsgType::KILLED_BY:
if (father)
msg = param + "cuts the kraken's tentacle";
else
msg = param + "kills the kraken!";
break;
case MsgType::DIE:
case MsgType::DIE_OF: return;
default: Monster::you(type, param); break;
}
if (!msg.empty())
getCreature()->monsterMessage(msg, msgNoSee);
}
virtual void makeMove() override {
int radius = 10;
if (waitNow) {
getCreature()->wait().perform(getCreature());
waitNow = false;
return;
}
for (Creature* c : spawns)
if (c->isDead()) {
++numSpawns;
removeElement(spawns, c);
break;
}
if (held && (held->getPosition().dist8(getCreature()->getPosition()) != 1 || held->isDead()))
held = nullptr;
if (held) {
held->you(MsgType::HAPPENS_TO, getCreature()->getName().the() + " pulls");
if (father) {
held->setHeld(father->getCreature());
father->held = held;
Position newPos = getCreature()->getPosition();
getCreature()->die(nullptr, false);
held->getPosition().moveCreature(newPos);
} else {
held->you(MsgType::ARE, "eaten by " + getCreature()->getName().the());
held->die();
}
}
bool isEnemy = false;
for (Position pos : getCreature()->getPosition().getRectangle(
Rectangle(Vec2(-radius, -radius), Vec2(radius + 1, radius + 1))))
if (Creature * c = pos.getCreature())
if (getCreature()->canSee(c) && getCreature()->isEnemy(c) &&
!getCreature()->getAttributes().isStationary()) {
Vec2 v = getCreature()->getPosition().getDir(pos);
isEnemy = true;
if (numSpawns > 0) {
if (v.length8() == 1) {
if (ready) {
c->you(MsgType::HAPPENS_TO, getCreature()->getName().the() + " swings itself around");
c->setHeld(getCreature());
held = c;
unReady();
} else
makeReady();
break;
}
pair<Vec2, Vec2> dirs = v.approxL1();
vector<Vec2> moves;
if (getCreature()->getPosition().plus(dirs.first).canEnter(
{{MovementTrait::WALK, MovementTrait::SWIM}}))
moves.push_back(dirs.first);
if (getCreature()->getPosition().plus(dirs.second).canEnter(
{{MovementTrait::WALK, MovementTrait::SWIM}}))
moves.push_back(dirs.second);
if (!moves.empty()) {
if (!ready) {
makeReady();
} else {
Vec2 move = Random.choose(moves);
ViewId viewId = getCreature()->getPosition().plus(move).canEnter({MovementTrait::SWIM})
? ViewId::KRAKEN_WATER : ViewId::KRAKEN_LAND;
PCreature spawn(new Creature(getCreature()->getTribeId(),
CreatureFactory::getKrakenAttributes(viewId),
ControllerFactory([=](Creature* c) {
return new KrakenController(c);
})));
spawns.push_back(spawn.get());
dynamic_cast<KrakenController*>(spawn->getController())->father = this;
getCreature()->getPosition().plus(move).addCreature(std::move(spawn));
--numSpawns;
unReady();
}
} else
unReady();
break;
}
}
if (!isEnemy && spawns.size() == 0 && father && Random.roll(5)) {
getCreature()->die(nullptr, false, false);
}
getCreature()->wait().perform(getCreature());
}
SERIALIZE_ALL2(Monster, numSpawns, waitNow, ready, held, spawns, father);
SERIALIZATION_CONSTRUCTOR(KrakenController);
private:
int SERIAL(numSpawns) = 0;
bool SERIAL(waitNow) = true;
bool SERIAL(ready) = false;
Creature* SERIAL(held) = nullptr;
vector<Creature*> SERIAL(spawns);
KrakenController* SERIAL(father) = nullptr;
};
class KamikazeController : public Monster {
public:
KamikazeController(Creature* c, MonsterAIFactory f) : Monster(c, f) {}
virtual void makeMove() override {
for (Position pos : getCreature()->getPosition().neighbors8())
if (Creature* c = pos.getCreature())
if (getCreature()->isEnemy(c) && getCreature()->canSee(c)) {
getCreature()->monsterMessage(getCreature()->getName().the() + " explodes!");
for (Position v : c->getPosition().neighbors8())
v.setOnFire(1);
c->getPosition().setOnFire(1);
getCreature()->die(nullptr, false);
return;
}
Monster::makeMove();
}
template <class Archive>
void serialize(Archive& ar, const unsigned int version) {
ar & SUBCLASS(Monster);
}
SERIALIZATION_CONSTRUCTOR(KamikazeController);
};
class ShopkeeperController : public Monster {
public:
ShopkeeperController(Creature* c, Location* area)
: Monster(c, MonsterAIFactory::stayInLocation(area)), shopArea(area) {
}
virtual void makeMove() override {
if (!getCreature()->getPosition().isSameLevel(shopArea->getLevel())) {
Monster::makeMove();
return;
}
if (firstMove) {
for (Position v : shopArea->getAllSquares()) {
for (Item* item : v.getItems())
item->setShopkeeper(getCreature());
v.clearItemIndex(ItemIndex::FOR_SALE);
}
firstMove = false;
}
vector<const Creature*> creatures;
for (Position v : shopArea->getAllSquares())
if (const Creature* c = v.getCreature()) {
creatures.push_back(c);
if (!prevCreatures.count(c) && !thieves.count(c) && !getCreature()->isEnemy(c)) {
if (!debt.count(c))
c->playerMessage("\"Welcome to " + *getCreature()->getName().first() + "'s shop!\"");
else {
c->playerMessage("\"Pay your debt or... !\"");
thiefCount.erase(c);
}
}
}
for (auto elem : debt) {
const Creature* c = elem.first;
if (!contains(creatures, c)) {
c->playerMessage("\"Come back, you owe me " + toString(elem.second) + " gold!\"");
if (++thiefCount[c] == 4) {
c->playerMessage("\"Thief! Thief!\"");
getCreature()->getTribe()->onItemsStolen(c);
thiefCount.erase(c);
debt.erase(c);
thieves.insert(c);
for (Item* item : c->getEquipment().getItems())
if (unpaidItems[c].contains(item))
item->setShopkeeper(nullptr);
break;
}
}
}
prevCreatures.clear();
prevCreatures.insert(creatures.begin(), creatures.end());
Monster::makeMove();
}
virtual void onItemsGiven(vector<Item*> items, const Creature* from) override {
int paid = filter(items, Item::classPredicate(ItemClass::GOLD)).size();
if ((debt[from] -= paid) <= 0)
debt.erase(from);
for (Item* it : from->getEquipment().getItems())
if (unpaidItems[from].contains(it) && it->getPrice() <= paid) {
it->setShopkeeper(nullptr);
paid -= it->getPrice();
}
if (unpaidItems[from].empty())
unpaidItems.erase(from);
}
REGISTER_HANDLER(ItemsAppearedEvent, Position position, const vector<Item*>& items) {
if (shopArea->contains(position)) {
for (Item* it : items) {
it->setShopkeeper(getCreature());
position.clearItemIndex(ItemIndex::FOR_SALE);
}
}
}
REGISTER_HANDLER(PickupEvent, const Creature* c, const vector<Item*>& items) {
if (shopArea->contains(c->getPosition())) {
for (const Item* item : items)
if (item->isShopkeeper(getCreature())) {
debt[c] += item->getPrice();
unpaidItems[c].insert(item);
}
}
}
REGISTER_HANDLER(DropEvent, const Creature* c, const vector<Item*>& items) {
if (shopArea->contains(c->getPosition())) {
for (const Item* item : items)
if (item->isShopkeeper(getCreature())) {
if ((debt[c] -= item->getPrice()) <= 0)
debt.erase(c);
unpaidItems[c].erase(item);
}
}
}
virtual int getDebt(const Creature* debtor) const override {
if (debt.count(debtor)) {
return debt.at(debtor);
}
else {
return 0;
}
}
SERIALIZE_ALL2(Monster, prevCreatures, debt, thiefCount, thieves, unpaidItems, shopArea, firstMove);
SERIALIZATION_CONSTRUCTOR(ShopkeeperController);
private:
unordered_set<const Creature*> SERIAL(prevCreatures);
unordered_map<const Creature*, int> SERIAL(debt);
unordered_map<const Creature*, int> SERIAL(thiefCount);
unordered_set<const Creature*> SERIAL(thieves);
unordered_map<const Creature*, EntitySet<Item>> SERIAL(unpaidItems);
Location* SERIAL(shopArea);
bool SERIAL(firstMove) = true;
};
PCreature CreatureFactory::addInventory(PCreature c, const vector<ItemType>& items) {
for (ItemType item : items) {
PItem it = ItemFactory::fromId(item);
c->take(std::move(it));
}
return c;
}
PCreature CreatureFactory::getShopkeeper(Location* shopArea, TribeId tribe) {
PCreature ret(new Creature(tribe,
CATTR(
c.viewId = ViewId::SHOPKEEPER;
c.attr[AttrType::SPEED] = 100;
c.body = Body::humanoid(Body::Size::LARGE);
c.attr[AttrType::STRENGTH] = 17;
c.attr[AttrType::DEXTERITY] = 13;
c.barehandedDamage = 13;
c.chatReactionFriendly = "complains about high import tax";
c.chatReactionHostile = "\"Die!\"";
c.name = "shopkeeper";
c.name->setFirst(NameGenerator::get(NameGeneratorId::FIRST)->getNext());),
ControllerFactory([shopArea](Creature* c) {
return new ShopkeeperController(c, shopArea); })));
vector<ItemType> inventory(Random.get(100, 300), ItemId::GOLD_PIECE);
inventory.push_back(ItemId::SWORD);
inventory.push_back(ItemId::LEATHER_ARMOR);
inventory.push_back(ItemId::LEATHER_BOOTS);
inventory.push_back({ItemId::POTION, EffectId::HEAL});
inventory.push_back({ItemId::POTION, EffectId::HEAL});
return addInventory(std::move(ret), inventory);
}
class IllusionController : public DoNothingController {
public:
IllusionController(Creature* c, double deathT) : DoNothingController(c), deathTime(deathT) {}
void kill() {
getCreature()->monsterMessage("The illusion disappears.");
if (!getCreature()->isDead())
getCreature()->die();
}
virtual void onBump(Creature* c) override {
c->attack(getCreature(), none, false).perform(c);
kill();
}
virtual void makeMove() override {
if (getCreature()->getGlobalTime() >= deathTime)
kill();
else
getCreature()->wait().perform(getCreature());
}
template <class Archive>
void serialize(Archive& ar, const unsigned int version) {
ar& SUBCLASS(DoNothingController);
serializeAll(ar, deathTime);
}
SERIALIZATION_CONSTRUCTOR(IllusionController);
private:
double SERIAL(deathTime);
};
PCreature CreatureFactory::getIllusion(Creature* creature) {
ViewObject viewObject(creature->getViewObject().id(), ViewLayer::CREATURE, "Illusion");
viewObject.setModifier(ViewObject::Modifier::ILLUSION);
return PCreature(new Creature(viewObject, creature->getTribeId(), CATTR(
c.viewId = ViewId::ROCK; //overriden anyway
c.illusionViewObject = creature->getViewObject();
c.illusionViewObject->removeModifier(ViewObject::Modifier::INVISIBLE);
c.attr[AttrType::SPEED] = 100;
c.body = Body::nonHumanoidSpirit(Body::Size::LARGE).setDeathSound(SoundId::MISSED_ATTACK);
c.attr[AttrType::STRENGTH] = 1;
c.attr[AttrType::DEXTERITY] = 1;
c.barehandedDamage = 20; // just so it's not ignored by creatures
c.stationary = true;
c.permanentEffects[LastingEffect::FLYING] = 1;
c.noAttackSound = true;
c.name = "illusion";),
ControllerFactory([creature] (Creature* o) { return new IllusionController(o,
creature->getGlobalTime() + Random.get(5, 10));})));
}
template <class Archive>
void CreatureFactory::registerTypes(Archive& ar, int version) {
REGISTER_TYPE(ar, BoulderController);
REGISTER_TYPE(ar, SokobanController);
REGISTER_TYPE(ar, KrakenController);
REGISTER_TYPE(ar, KamikazeController);
REGISTER_TYPE(ar, ShopkeeperController);
REGISTER_TYPE(ar, IllusionController);
}
REGISTER_TYPES(CreatureFactory::registerTypes);
TribeId CreatureFactory::getTribeFor(CreatureId id) {
if (auto t = tribeOverrides[id])
return *t;
else
return *tribe;
}
PCreature CreatureFactory::random() {
return random(MonsterAIFactory::monster());
}
PCreature CreatureFactory::random(const MonsterAIFactory& actorFactory) {
CreatureId id;
if (unique.size() > 0) {
id = unique.back();
unique.pop_back();
} else
id = Random.choose(creatures, weights);
PCreature ret = fromId(id, getTribeFor(id), actorFactory);
ret->getAttributes().increaseExpLevel(levelIncrease);
return ret;
}
PCreature CreatureFactory::get(const CreatureAttributes& attr, TribeId tribe, const ControllerFactory& factory) {
return PCreature(new Creature(tribe, attr, factory));
}
CreatureFactory& CreatureFactory::increaseLevel(double l) {
levelIncrease += l;
return *this;
}
CreatureFactory::CreatureFactory(TribeId t, const vector<CreatureId>& c, const vector<double>& w,
const vector<CreatureId>& u, EnumMap<CreatureId, optional<TribeId>> overrides, double lIncrease)
: tribe(t), creatures(c), weights(w), unique(u), tribeOverrides(overrides), levelIncrease(lIncrease) {
}
CreatureFactory::CreatureFactory(const vector<tuple<CreatureId, double, TribeId>>& c, const vector<CreatureId>& u,
double lIncrease) : unique(u),levelIncrease(lIncrease) {
for (auto& elem : c) {
creatures.push_back(::get<0>(elem));
weights.push_back(::get<1>(elem));
tribeOverrides[::get<0>(elem)] = ::get<2>(elem);
}
}
CreatureFactory CreatureFactory::humanVillage(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::KNIGHT, CreatureId::ARCHER,
CreatureId::PESEANT, CreatureId::CHILD, CreatureId::HORSE, CreatureId::DONKEY, CreatureId::COW,
CreatureId::PIG, CreatureId::DOG },
{ 2, 6, 6, 4, 1, 1, 1, 1, 6}, {CreatureId::KNIGHT});
}
CreatureFactory CreatureFactory::humanPeaceful(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::PESEANT,
CreatureId::CHILD, CreatureId::HORSE, CreatureId::DONKEY, CreatureId::COW, CreatureId::PIG, CreatureId::DOG },
{ 2, 1, 1, 1, 1, 1, 1}, {});
}
CreatureFactory CreatureFactory::gnomeVillage(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::GNOME },
{ 1}, { CreatureId::GNOME_CHIEF});
}
CreatureFactory CreatureFactory::gnomeEntrance(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::GNOME }, {1});
}
CreatureFactory CreatureFactory::koboldVillage(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::KOBOLD }, {1});
}
CreatureFactory CreatureFactory::darkElfVillage(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::DARK_ELF, CreatureId::DARK_ELF_CHILD, CreatureId::DARK_ELF_WARRIOR },
{ 1, 1, 2}, { CreatureId::DARK_ELF_LORD});
}
CreatureFactory CreatureFactory::darkElfEntrance(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::DARK_ELF_WARRIOR }, {1});
}
CreatureFactory CreatureFactory::humanCastle(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::KNIGHT, CreatureId::ARCHER,
CreatureId::PESEANT, CreatureId::CHILD, CreatureId::HORSE, CreatureId::DONKEY, CreatureId::COW,
CreatureId::PIG, CreatureId::DOG },
{ 10, 6, 2, 1, 1, 1, 1, 1, 1}, {CreatureId::AVATAR});
}
static optional<pair<CreatureFactory, CreatureFactory>> splashFactories;
void CreatureFactory::initSplash(TribeId tribe) {
splashFactories = Random.choose(
make_pair(CreatureFactory(tribe, { CreatureId::KNIGHT, CreatureId::ARCHER}, { 1, 1}, {}),
CreatureFactory::singleType(tribe, CreatureId::AVATAR)),
make_pair(CreatureFactory(tribe, { CreatureId::WARRIOR}, { 1}, {}),
CreatureFactory::singleType(tribe, CreatureId::SHAMAN)),
make_pair(CreatureFactory(tribe, { CreatureId::ELF_ARCHER}, { 1}, {}),
CreatureFactory::singleType(tribe, CreatureId::ELF_LORD)),
make_pair(CreatureFactory(tribe, { CreatureId::DWARF}, { 1}, {}),
CreatureFactory::singleType(tribe, CreatureId::DWARF_BARON)),
make_pair(CreatureFactory(tribe, { CreatureId::LIZARDMAN}, { 1}, {}),
CreatureFactory::singleType(tribe, CreatureId::LIZARDLORD))
);
}
CreatureFactory CreatureFactory::splashHeroes(TribeId tribe) {
if (!splashFactories)
initSplash(tribe);
return splashFactories->first;
}
CreatureFactory CreatureFactory::splashLeader(TribeId tribe) {
if (!splashFactories)
initSplash(tribe);
return splashFactories->second;
}
CreatureFactory CreatureFactory::splashMonsters(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::GNOME, CreatureId::GOBLIN, CreatureId::OGRE,
CreatureId::SPECIAL_HL, CreatureId::SPECIAL_BL, CreatureId::WOLF, CreatureId::CAVE_BEAR,
CreatureId::BAT, CreatureId::WEREWOLF, CreatureId::ZOMBIE, CreatureId::VAMPIRE, CreatureId::DOPPLEGANGER,
CreatureId::SUCCUBUS},
{ 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1}, {}, {}, 25);
}
CreatureFactory CreatureFactory::elvenVillage(TribeId tribe) {
double armedRatio = 0.4;
CreatureFactory ret(tribe, { CreatureId::ELF, CreatureId::ELF_CHILD, CreatureId::HORSE,
CreatureId::COW, CreatureId::DOG },
{ 2, 2, 1, 1, 0}, {});
double sum = 0;
for (double w : ret.weights)
sum += w;
ret.weights.push_back(sum * armedRatio / (1 - armedRatio));
ret.creatures.push_back(CreatureId::ELF_ARCHER);
ret.unique.push_back(CreatureId::ELF_LORD);
return ret;
}
CreatureFactory CreatureFactory::elvenCottage(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::ELF, CreatureId::ELF_CHILD, CreatureId::HORSE,
CreatureId::COW, CreatureId::DOG },
{ 2, 2, 1, 1, 0}, {CreatureId::ELF_ARCHER});
}
CreatureFactory CreatureFactory::forrest(TribeId tribe) {
return CreatureFactory(tribe,
{ CreatureId::DEER, CreatureId::FOX, CreatureId::BOAR },
{ 4, 2, 2}, {});
}
CreatureFactory CreatureFactory::crypt(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::ZOMBIE}, { 1}, {});
}
CreatureFactory::SingleCreature CreatureFactory::coffins(TribeId tribe) {
return SingleCreature(tribe, CreatureId::VAMPIRE);
}
CreatureFactory CreatureFactory::vikingTown(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::WARRIOR}, { 1}, {CreatureId::SHAMAN});
}
CreatureFactory CreatureFactory::lizardTown(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::LIZARDMAN, }, { 1}, {CreatureId::LIZARDLORD});
}
CreatureFactory CreatureFactory::dwarfTown(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::DWARF, CreatureId::DWARF_FEMALE}, { 2, 1},{ CreatureId::DWARF_BARON});
}
CreatureFactory CreatureFactory::dwarfCave(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::DWARF, CreatureId::DWARF_FEMALE}, { 2, 1});
}
CreatureFactory CreatureFactory::antNest(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::ANT_WORKER, CreatureId::ANT_SOLDIER}, { 2, 1},
{ CreatureId::ANT_QUEEN});
}
CreatureFactory CreatureFactory::splash(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::IMP}, { 1}, { CreatureId::KEEPER });
}
CreatureFactory CreatureFactory::orcTown(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::ORC, CreatureId::OGRE }, {1, 1});
}
CreatureFactory CreatureFactory::pyramid(TribeId tribe, int level) {
if (level == 2)
return CreatureFactory(tribe, { CreatureId::MUMMY }, {1}, { CreatureId::MUMMY_LORD });
else
return CreatureFactory(tribe, { CreatureId::MUMMY }, {1}, { });
}
CreatureFactory CreatureFactory::insects(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::SPIDER}, {1});
}
CreatureFactory CreatureFactory::waterCreatures(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::KRAKEN }, {1});
}
CreatureFactory CreatureFactory::elementals(TribeId tribe) {
return CreatureFactory(tribe, {CreatureId::AIR_ELEMENTAL, CreatureId::FIRE_ELEMENTAL, CreatureId::WATER_ELEMENTAL,
CreatureId::EARTH_ELEMENTAL}, {1, 1, 1, 1}, {});
}
CreatureFactory CreatureFactory::lavaCreatures(TribeId tribe) {
return CreatureFactory(tribe, { CreatureId::FIRE_SPHERE }, {1}, { });
}
CreatureFactory CreatureFactory::singleType(TribeId tribe, CreatureId id) {
return CreatureFactory(tribe, { id}, {1}, {});
}
CreatureFactory CreatureFactory::gnomishMines(TribeId peaceful, TribeId enemy, int level) {
return CreatureFactory({
make_tuple(CreatureId::BANDIT, 100., enemy),
make_tuple(CreatureId::GREEN_DRAGON, 5., enemy),
make_tuple(CreatureId::RED_DRAGON, 5., enemy),
make_tuple(CreatureId::CYCLOPS, 15., enemy),
make_tuple(CreatureId::WITCH, 15., enemy),
make_tuple(CreatureId::CLAY_GOLEM, 20., enemy),
make_tuple(CreatureId::STONE_GOLEM, 20., enemy),
make_tuple(CreatureId::IRON_GOLEM, 20., enemy),
make_tuple(CreatureId::LAVA_GOLEM, 20., enemy),
make_tuple(CreatureId::FIRE_ELEMENTAL, 10., enemy),
make_tuple(CreatureId::WATER_ELEMENTAL, 10., enemy),
make_tuple(CreatureId::EARTH_ELEMENTAL, 10., enemy),
make_tuple(CreatureId::AIR_ELEMENTAL, 10., enemy),
make_tuple(CreatureId::GNOME, 100., peaceful),
make_tuple(CreatureId::GNOME_CHIEF, 20., peaceful),
make_tuple(CreatureId::DWARF, 100., enemy),
make_tuple(CreatureId::DWARF_FEMALE, 40., enemy),
make_tuple(CreatureId::JACKAL, 200., enemy),
make_tuple(CreatureId::BAT, 200., enemy),
make_tuple(CreatureId::SNAKE, 150., enemy),
make_tuple(CreatureId::SPIDER, 200., enemy),
make_tuple(CreatureId::FLY, 100., enemy),
make_tuple(CreatureId::RAT, 100., enemy)});
}
static ViewId getViewId(bool humanoid, bool large, bool body, bool wings) {
static vector<ViewId> specialViewIds {
ViewId::SPECIAL_BLBN,
ViewId::SPECIAL_BLBW,
ViewId::SPECIAL_BLGN,
ViewId::SPECIAL_BLGW,
ViewId::SPECIAL_BMBN,
ViewId::SPECIAL_BMBW,
ViewId::SPECIAL_BMGN,
ViewId::SPECIAL_BMGW,
ViewId::SPECIAL_HLBN,
ViewId::SPECIAL_HLBW,
ViewId::SPECIAL_HLGN,
ViewId::SPECIAL_HLGW,
ViewId::SPECIAL_HMBN,
ViewId::SPECIAL_HMBW,
ViewId::SPECIAL_HMGN,
ViewId::SPECIAL_HMGW,
};
return specialViewIds[humanoid * 8 + (!large) * 4 + (!body) * 2 + wings];
}
static string getSpeciesName(bool humanoid, bool large, bool body, bool wings) {
static vector<string> names {
"devitablex",
"owlbeast",
"hellar dra",
"marilisk",
"gelaticorn",
"mant eatur",
"phanticore",
"yeth horro",
"yeth amon",
"mantic dra",
"unic cread",
"under hulk",
"nightshasa",
"manananggal",
"dire spawn",
"shamander",
};
return names[humanoid * 8 + (!large) * 4 + (!body) * 2 + wings];
}
static optional<EffectType> getSpecialBeastAttack(bool large, bool body, bool wings) {
static vector<optional<EffectType>> attacks {
none,
EffectType(EffectId::FIRE),
EffectType(EffectId::FIRE),
none,
EffectType(EffectId::LASTING, LastingEffect::POISON),
none,
EffectType(EffectId::LASTING, LastingEffect::POISON),
none,
};
return attacks[(!large) * 4 + (!body) * 2 + wings];
}
static EnumMap<BodyPart, int> getSpecialBeastBody(bool large, bool living, bool wings) {
static vector<EnumMap<BodyPart, int>> parts {
{
{ BodyPart::LEG, 2}},
{
{ BodyPart::ARM, 2},
{ BodyPart::LEG, 2},
{ BodyPart::WING, 2},
{ BodyPart::HEAD, 1}},
{
{ BodyPart::LEG, 4},
{ BodyPart::HEAD, 1}},
{
{ BodyPart::ARM, 2},
{ BodyPart::WING, 2},
{ BodyPart::HEAD, 1}},
{},
{
{ BodyPart::LEG, 2},
{ BodyPart::WING, 2},
{ BodyPart::HEAD, 1}},
{
{ BodyPart::LEG, 8},
{ BodyPart::HEAD, 1}},
{
{ BodyPart::WING, 2},
{ BodyPart::HEAD, 1}},