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collective.cpp
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collective.cpp
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#include "stdafx.h"
#include "collective.h"
#include "collective_control.h"
#include "creature.h"
#include "effect.h"
#include "level.h"
#include "item.h"
#include "item_factory.h"
#include "statistics.h"
#include "technology.h"
#include "monster.h"
#include "options.h"
#include "model.h"
#include "game.h"
#include "spell.h"
#include "view_id.h"
#include "equipment.h"
#include "view_index.h"
#include "minion_equipment.h"
#include "task_map.h"
#include "collective_teams.h"
#include "known_tiles.h"
#include "construction_map.h"
#include "minion_activity_map.h"
#include "tribe.h"
#include "collective_config.h"
#include "creature_name.h"
#include "cost_info.h"
#include "monster_ai.h"
#include "task.h"
#include "territory.h"
#include "collective_attack.h"
#include "gender.h"
#include "collective_name.h"
#include "creature_attributes.h"
#include "villain_type.h"
#include "workshops.h"
#include "attack_trigger.h"
#include "spell_map.h"
#include "body.h"
#include "furniture.h"
#include "furniture_factory.h"
#include "zones.h"
#include "furniture_usage.h"
#include "collective_warning.h"
#include "immigration.h"
#include "creature_factory.h"
#include "resource_info.h"
#include "workshop_item.h"
#include "position_matching.h"
#include "storage_id.h"
#include "game_config.h"
#include "conquer_condition.h"
#include "game_event.h"
#include "view_object.h"
#include "content_factory.h"
#include "effect_type.h"
#include "immigrant_info.h"
#include "item_types.h"
#include "health_type.h"
#include "village_control.h"
#include "automaton_part.h"
#include "enemy_aggression_level.h"
#include "furnace.h"
#include "promotion_info.h"
#include "dancing.h"
#include "assembled_minion.h"
#include "creature_experience_info.h"
template <class Archive>
void Collective::serialize(Archive& ar, const unsigned int version) {
if (Archive::is_saving::value)
CHECK(!model->serializationLocked);
ar(SUBCLASS(TaskCallback), SUBCLASS(UniqueEntity<Collective>), SUBCLASS(EventListener));
ar(creatures, taskMap, tribe, control, byTrait, populationGroups, hadALeader, dancing, lockedEquipmentGroups);
ar(territory, alarmInfo, markedItems, constructions, minionEquipment, groupLockedAcitivities);
ar(delayedPos, knownTiles, technology, kills, points, currentActivity, recordedEvents, allRecordedEvents);
ar(credit, model, immigration, teams, name, minionActivities, attackedByPlayer, furnace, stunnedMinions);
ar(config, warnings, knownVillains, knownVillainLocations, banished, positionMatching, steedAssignments);
ar(villainType, enemyId, workshops, zones, discoverable, populationIncrease, dungeonLevel);
}
SERIALIZABLE(Collective)
SERIALIZATION_CONSTRUCTOR_IMPL(Collective)
Collective::Collective(Private, Model* model, TribeId t, const optional<CollectiveName>& n,
const ContentFactory* contentFactory)
: positionMatching(makeOwner<PositionMatching>()), tribe(t), model(NOTNULL(model)), name(to_heap_optional(n)),
villainType(VillainType::NONE), minionActivities(contentFactory) {
}
PCollective Collective::create(Model* model, TribeId tribe, const optional<CollectiveName>& name, bool discoverable,
const ContentFactory* contentFactory) {
auto ret = makeOwner<Collective>(Private {}, model, tribe, name, contentFactory);
ret->subscribeTo(model);
ret->discoverable = discoverable;
ret->workshops = make_unique<Workshops>(WorkshopArray(), contentFactory);
ret->immigration = makeOwner<Immigration>(ret.get(), vector<ImmigrantInfo>());
ret->dancing = make_unique<Dancing>(contentFactory);
return ret;
}
void Collective::init(CollectiveConfig cfg) {
config.reset(std::move(cfg));
}
void Collective::setImmigration(PImmigration i) {
immigration = std::move(i);
}
void Collective::setWorkshops(unique_ptr<Workshops> w) {
workshops = std::move(w);
}
const heap_optional<CollectiveName>& Collective::getName() const {
return name;
}
void Collective::setVillainType(VillainType t) {
villainType = t;
}
bool Collective::isDiscoverable() const {
return discoverable;
}
void Collective::setEnemyId(EnemyId id) {
enemyId = id;
}
VillainType Collective::getVillainType() const {
return villainType;
}
optional<EnemyId> Collective::getEnemyId() const {
return enemyId;
}
Collective::~Collective() {
}
void Collective::setPopulationGroup(const vector<Creature*>& creatures) {
for (auto c : copyOf(populationGroups))
if (c.size() == 1 && creatures.contains(c[0]))
populationGroups.removeElement(c);
populationGroups.push_back(creatures);
}
Creature* Collective::addCreature(PCreature creature, Position pos, EnumSet<MinionTrait> traits) {
Creature* c = creature.get();
if (pos.landCreature(std::move(creature))) {
addCreature(c, traits);
return c;
}
return nullptr;
}
void Collective::updateCreatureStatus(Creature* c) {
c->getStatus().set(CreatureStatus::CIVILIAN,
getCreatures().contains(c) &&
c->getBody().isHumanoid() &&
!c->isAffected(LastingEffect::STUNNED) &&
!hasTrait(c, MinionTrait::FIGHTER) &&
!hasTrait(c, MinionTrait::LEADER));
c->getStatus().set(CreatureStatus::FIGHTER, hasTrait(c, MinionTrait::FIGHTER));
c->getStatus().set(CreatureStatus::LEADER, hasTrait(c, MinionTrait::LEADER));
c->getStatus().set(CreatureStatus::PRISONER, hasTrait(c, MinionTrait::PRISONER));
}
void Collective::takePrisoner(Creature* c) {
c->removeEffect(LastingEffect::STUNNED);
c->unbindPhylactery();
addCreature(c, {MinionTrait::WORKER, MinionTrait::PRISONER, MinionTrait::NO_LIMIT});
}
void Collective::addCreature(Creature* c, EnumSet<MinionTrait> traits) {
CHECK(!c->isDead());
CHECK(!creatures.contains(c)) << "Creature already added " << c->identify();
if (c->getGlobalTime()) { // only do this if creature already exists on the map
c->addEffect(LastingEffect::RESTED, 500_visible, false);
c->addEffect(LastingEffect::SATIATED, 500_visible, false);
}
if (c->isAffected(LastingEffect::SUMMONED)) {
traits.insert(MinionTrait::NO_LIMIT);
traits.insert(MinionTrait::SUMMONED);
}
if (!traits.contains(MinionTrait::FARM_ANIMAL) && !c->getController()->dontReplaceInCollective())
c->setController(makeOwner<Monster>(c, MonsterAIFactory::collective(this)));
if (traits.contains(MinionTrait::LEADER)) {
hadALeader = true;
if (config->isLeaderFighter())
traits.insert(MinionTrait::FIGHTER);
}
if (c->getTribeId() != *tribe)
c->setTribe(*tribe);
if (auto game = getGame())
for (Collective* col : getGame()->getCollectives())
if (col->getCreatures().contains(c))
col->removeCreature(c);
creatures.push_back(c);
populationGroups.push_back({c});
for (MinionTrait t : traits)
byTrait[t].push_back(c);
updateCreatureStatus(c);
if (!traits.contains(MinionTrait::PRISONER))
for (Item* item : c->getEquipment().getItems())
minionEquipment->tryToOwn(c, item);
for (auto minion : getCreatures()) {
c->removePrivateEnemy(minion);
minion->removePrivateEnemy(c);
}
control->onMemberAdded(c);
}
void Collective::removeCreature(Creature* c) {
creatures.removeElement(c);
setSteed(c, nullptr);
for (auto& group : populationGroups)
group.removeElementMaybe(c);
for (auto& group : copyOf(populationGroups))
if (group.size() == 0)
populationGroups.removeElement(group);
returnResource(taskMap->freeFromTask(c));
for (auto team : teams->getContaining(c))
teams->remove(team, c);
for (MinionTrait t : ENUM_ALL(MinionTrait))
byTrait[t].removeElementMaybePreserveOrder(c);
updateCreatureStatus(c);
}
void Collective::banishCreature(Creature* c) {
removeCreature(c);
if (c->isAutomaton()) {
taskMap->addTask(Task::disassemble(c), c->getPosition(), MinionActivity::CRAFT);
} else {
vector<Position> exitTiles = territory->getExtended(10, 20);
vector<PTask> tasks;
vector<Item*> items = c->getEquipment().getItems();
if (!items.empty())
tasks.push_back(Task::dropItemsAnywhere(items));
if (!exitTiles.empty())
tasks.push_back(Task::goToTryForever(Random.choose(exitTiles)));
tasks.push_back(Task::disappear());
c->setController(makeOwner<Monster>(c, MonsterAIFactory::singleTask(Task::chain(std::move(tasks)))));
}
banished.insert(c);
}
bool Collective::wasBanished(const Creature* c) const {
return banished.contains(c);
}
/*vector<Creature*> Collective::getRecruits() const {
vector<Creature*> ret;
vector<Creature*> possibleRecruits = filter(getCreatures(MinionTrait::FIGHTER),
[] (const Creature* c) { return c->getAttributes().getRecruitmentCost() > 0; });
if (auto minPop = config->getRecruitingMinPopulation())
for (int i = *minPop; i < possibleRecruits.size(); ++i)
ret.push_back(possibleRecruits[i]);
return ret;
}*/
bool Collective::hasTradeItems() const {
for (Position pos : territory->getAll())
if (!pos.getItems(ItemIndex::FOR_SALE).empty())
return true;
return false;
}
//kocham Cię
vector<Item*> Collective::getTradeItems() const {
vector<Item*> ret;
for (Position pos : territory->getAll())
append(ret, pos.getItems(ItemIndex::FOR_SALE));
return ret;
}
PItem Collective::buyItem(Item* item) {
for (Position pos : territory->getAll())
for (Item* it : pos.getItems(ItemIndex::FOR_SALE))
if (it == item) {
PItem ret = pos.removeItem(it);
ret->setShopkeeper(nullptr);
return ret;
}
FATAL << "Couldn't find item";
return nullptr;
}
vector<TriggerInfo> Collective::getTriggers(const Collective* against) const {
if (!isConquered())
return control->getTriggers(against);
else
return {};
}
const vector<Creature*>& Collective::getLeaders() const {
return byTrait[MinionTrait::LEADER];
}
Game* Collective::getGame() const {
return model->getGame();
}
CollectiveControl* Collective::getControl() const {
return control.get();
}
TribeId Collective::getTribeId() const {
return *tribe;
}
Tribe* Collective::getTribe() const {
return getGame()->getTribe(*tribe);
}
Model* Collective::getModel() const {
return model;
}
const vector<Creature*>& Collective::getCreatures() const {
return creatures;
}
void Collective::setMinionActivity(Creature* c, MinionActivity activity) {
auto current = getCurrentActivity(c);
if (current.activity != activity) {
freeFromTask(c);
c->removeEffect(LastingEffect::SLEEP);
currentActivity.set(c, {activity, getLocalTime() +
MinionActivities::getDuration(c, activity).value_or(-1_visible)});
}
}
Collective::CurrentActivity Collective::getCurrentActivity(const Creature* c) const {
return currentActivity.getMaybe(c)
.value_or(CurrentActivity{MinionActivity::IDLE, getLocalTime() - 1_visible});
}
string Collective::getMinionGroupName(const Creature* c) const {
if (hasTrait(c, MinionTrait::PRISONER)) {
return "prisoner";
} else
return c->getName().stack();
}
vector<string> Collective::getAutomatonGroupNames(const Creature* c) const {
vector<string> ret;
for (auto& part : c->getAutomatonParts())
if (!part.minionGroup.empty() && !ret.contains(part.minionGroup))
ret.push_back(part.minionGroup);
for (auto& part : c->getPromotions())
if (!ret.contains(part.name))
ret.push_back(part.name);
return ret;
}
bool Collective::isActivityGoodAssumingHaveTasks(Creature* c, MinionActivity activity, bool ignoreTaskLock) {
PROFILE;
if (!c->getAttributes().getMinionActivities().isAvailable(this, c, activity, ignoreTaskLock))
return false;
switch (activity) {
case MinionActivity::BE_WHIPPED:
return !c->isAffected(BuffId("HIGH_MORALE"));
case MinionActivity::CROPS:
case MinionActivity::EXPLORE:
return getGame()->getSunlightInfo().getState() == SunlightState::DAY;
case MinionActivity::SLEEP:
if (!config->hasVillainSleepingTask())
return true;
FALLTHROUGH;
case MinionActivity::EXPLORE_NOCTURNAL:
return getGame()->getSunlightInfo().getState() == SunlightState::NIGHT;
case MinionActivity::BE_TORTURED:
return getMaxPopulation() > getPopulationSize();
default: return true;
}
}
bool Collective::isActivityGroupLocked(const Creature* c, MinionActivity activity) const {
auto ret = isActivityGroupLocked(getMinionGroupName(c), activity);
if (MinionActivityMap::isActivityAutoGroupLocked(activity))
for (auto& group : getAutomatonGroupNames(c))
ret = ret && isActivityGroupLocked(group, activity);
else
for (auto& group : getAutomatonGroupNames(c))
ret = ret || isActivityGroupLocked(group, activity);
return ret;
}
bool Collective::isActivityGroupLocked(const string& group, MinionActivity activity) const {
auto ret = MinionActivityMap::isActivityAutoGroupLocked(activity);
if (auto res = getValueMaybe(groupLockedAcitivities, group))
ret ^= res->contains(activity);
return ret;
}
void Collective::flipGroupLockedActivities(const string& group, GroupLockedActivities a) {
if (auto v = getReferenceMaybe(groupLockedAcitivities, group))
*v = v->ex_or(a);
else
groupLockedAcitivities.insert(make_pair(group, a));
}
bool Collective::isActivityGood(Creature* c, MinionActivity activity, bool ignoreTaskLock) {
PROFILE;
return isActivityGoodAssumingHaveTasks(c, activity, ignoreTaskLock) &&
(minionActivities->generate(this, c, activity) || MinionActivities::getExisting(this, c, activity));
}
bool Collective::isConquered() const {
return config->isConquered(this);
}
void Collective::setPriorityTask(Creature* c, PTask task) {
returnResource(taskMap->freeFromTask(c));
taskMap->setPriorityTask(taskMap->addTaskFor(std::move(task), c));
}
void Collective::setTask(Creature* c, PTask task) {
returnResource(taskMap->freeFromTask(c));
taskMap->addTaskFor(std::move(task), c);
}
bool Collective::hasTask(const Creature* c) const {
return taskMap->hasTask(c);
}
void Collective::freeFromTask(const Creature* c) {
taskMap->freeFromTask(c);
}
void Collective::setControl(PCollectiveControl c) {
control = std::move(c);
}
void Collective::makeConqueredRetired(Collective* conqueror) {
auto control = VillageControl::copyOf(this, dynamic_cast<VillageControl*>(conqueror->control.get()));
control->updateAggression(EnemyAggressionLevel::NONE);
setControl(std::move(control));
getGame()->clearPlayerControl();
name = conqueror->name;
config = conqueror->config;
discoverable = conqueror->discoverable;
immigration = makeOwner<Immigration>(this, conqueror->immigration->getImmigrants());
setVillainType(conqueror->getVillainType());
setEnemyId(*conqueror->getEnemyId());
auto oldCreatures = getCreatures();
for (auto c : copyOf(conqueror->getCreatures()))
// shopkeepers keep references to their shop positions so hack it by skipping them
if (c->getAttributes().getCreatureId() != CreatureId("SHOPKEEPER"))
addCreature(c, conqueror->getAllTraits(c));
for (auto c : copyOf(creatures)) // creatures might die during transfer so make a copy
getGame()->transferCreature(c, getModel(), territory->getAll());
for (auto c : oldCreatures)
c->dieNoReason();
if (getLeaders().empty()) {
auto fighters = getCreatures(MinionTrait::FIGHTER);
if (!fighters.empty())
setTrait(Random.choose(fighters), MinionTrait::LEADER);
else {
CHECK(!getCreatures().empty());
setTrait(Random.choose(getCreatures()), MinionTrait::LEADER);
}
}
}
vector<Position> Collective::getEnemyPositions() const {
PROFILE;
vector<Position> enemyPos;
for (Position pos : territory->getExtended(10))
if (const Creature* c = pos.getCreature())
if (getTribe()->isEnemy(c) && !c->isAffected(LastingEffect::STUNNED))
enemyPos.push_back(pos);
return enemyPos;
}
void Collective::addNewCreatureMessage(const vector<Creature*>& immigrants) {
if (immigrants.size() == 1)
control->addMessage(PlayerMessage(immigrants[0]->getName().a() + " joins your forces.")
.setCreature(immigrants[0]->getUniqueId()));
else {
control->addMessage(PlayerMessage("A " + immigrants[0]->getName().groupOf(immigrants.size()) +
" joins your forces.").setCreature(immigrants[0]->getUniqueId()));
}
}
static int getKeeperUpgradeLevel(int dungeonLevel) {
return (dungeonLevel + 1) / 5;
}
void Collective::updateTeamExperience() {
for (auto c : getCreatures())
c->setTeamExperience(0, false);
for (TeamId team : getTeams().getAllActive()) {
double exp = 0;
bool leadership = false;
for (auto c : getTeams().getMembers(team))
if (c->isAffected(BuffId("LEADERSHIP"))) {
exp = c->getCombatExperience(true, false);
leadership = true;
break;
} else
exp = max(exp, c->getCombatExperience(true, false));
for (auto c : getTeams().getMembers(team))
c->setTeamExperience(exp, leadership);
}
}
void Collective::update(bool currentlyActive) {
updateTeamExperience();
for (auto leader : getLeaders()) {
leader->upgradeViewId(getKeeperUpgradeLevel(dungeonLevel.level));
name->viewId = leader->getViewIdWithWeapon();
}
control->update(currentlyActive);
if (config->hasImmigrantion(currentlyActive) && (!getLeaders().empty() || !hadALeader) && !isConquered())
immigration->update();
}
double Collective::getRebellionProbability() const {
const double allowedPrisonerRatio = 0.5;
const double maxPrisonerRatio = 1.5;
const int numPrisoners = getCreatures(MinionTrait::PRISONER).size();
const int numFighters = getCreatures(MinionTrait::FIGHTER).size();
const int numFreePrisoners = 4;
if (numPrisoners <= numFreePrisoners)
return 0;
if (numFighters == 0)
return 1;
double ratio = double(numPrisoners - numFreePrisoners) / double(numFighters);
return min(1.0, max(0.0, (ratio - allowedPrisonerRatio) / (maxPrisonerRatio - allowedPrisonerRatio)));
}
void Collective::considerRebellion() {
if (Random.chance(getRebellionProbability() / 1000)) {
Position escapeTarget = model->getGroundLevel()->getLandingSquare(StairKey::transferLanding(),
Random.choose(Vec2::directions8()));
for (auto c : copyOf(getCreatures(MinionTrait::PRISONER))) {
removeCreature(c);
c->setController(makeOwner<Monster>(c, MonsterAIFactory::singleTask(
Task::chain(Task::goToTryForever(escapeTarget), Task::disappear()))));
c->setTribe(TribeId::getMonster());
c->removeEffect(LastingEffect::SLEEP);
c->removeEffect(LastingEffect::ENTANGLED);
c->removeEffect(LastingEffect::TIED_UP);
c->toggleCaptureOrder();
}
control->addMessage(PlayerMessage("Prisoners escaping!", MessagePriority::CRITICAL));
}
}
void Collective::updateBorderTiles() {
if (!updatedBorderTiles) {
knownTiles->limitBorderTiles(getModel());
updatedBorderTiles = true;
}
}
void Collective::updateGuardTasks() {
bool setWarning = false;
for (auto activity : {make_pair(MinionActivity::GUARDING1, ZoneId::GUARD1),
make_pair(MinionActivity::GUARDING2, ZoneId::GUARD2),
make_pair(MinionActivity::GUARDING3, ZoneId::GUARD3)}) {
for (auto& pos : zones->getPositions(activity.second))
if (!taskMap->hasTask(pos, activity.first))
taskMap->addTask(Task::goToAndWait(pos, 400_visible), pos, activity.first);
for (auto& task : taskMap->getTasks(activity.first))
if (auto pos = taskMap->getPosition(task))
if (!zones->getPositions(activity.second).count(*pos))
taskMap->removeTask(task);
setWarning = setWarning || (!zones->getPositions(activity.second).empty() &&
[&] {
for (auto c : getCreatures(MinionTrait::FIGHTER))
if (c->getAttributes().getMinionActivities().isAvailable(this, c, activity.first, false))
return false;
return true;
}());
}
warnings->setWarning(CollectiveWarning::GUARD_POSTS, setWarning);
}
void Collective::updateAutomatonEngines() {
auto totalPop = getMaxPopulation();
for (auto c : getCreatures(MinionTrait::AUTOMATON)) {
bool off = c->getAttributes().isAffectedPermanently(LastingEffect::TURNED_OFF);
if (totalPop > 0) {
if (off)
c->removePermanentEffect(LastingEffect::TURNED_OFF);
} else
if (!off)
c->addPermanentEffect(LastingEffect::TURNED_OFF);
--totalPop;
if (c->getAttributes().isAffectedPermanently(LastingEffect::TURNED_OFF))
taskMap->freeFromTask(c);
}
}
bool Collective::minionCanUseQuarters(Creature* c) {
return hasTrait(c, MinionTrait::FIGHTER) || hasTrait(c, MinionTrait::LEADER);
}
void Collective::updateMinionPromotions() {
if (!config->minionsRequireQuarters())
return;
for (auto c : getCreatures())
if (minionCanUseQuarters(c))
c->setMaxPromotion(getMaxPromotionLevel(zones->getQuartersLuxury(c->getUniqueId()).value_or(-1)));
}
void Collective::tick() {
PROFILE_BLOCK("Collective::tick");
updateBorderTiles();
considerRebellion();
updateGuardTasks();
updateMinionPromotions();
dangerLevelCache = none;
control->tick();
zones->tick();
taskMap->tick();
constructions->clearUnsupportedFurniturePlans();
dancing->setArea(zones->getPositions(ZoneId::LEISURE), getModel()->getLocalTime());
if (config->getWarnings() && Random.roll(5))
warnings->considerWarnings(this);
if (config->getEnemyPositions() && Random.roll(5)) {
vector<Position> enemyPos = getEnemyPositions();
if (!enemyPos.empty())
delayDangerousTasks(enemyPos, getLocalTime() + 20_visible);
else
alarmInfo.reset();
}
if (config->getConstructions())
updateConstructions();
for (auto& workshop : workshops->types)
workshop.second.updateState(this);
if (Random.roll(5)) {
for (Position pos : territory->getAll())
if (!isDelayed(pos) && pos.canEnterEmpty(MovementTrait::WALK) && !pos.getItems().empty())
fetchItems(pos);
for (Position pos : zones->getPositions(ZoneId::FETCH_ITEMS))
if (!isDelayed(pos) && pos.canEnterEmpty(MovementTrait::WALK))
fetchItems(pos);
for (Position pos : zones->getPositions(ZoneId::PERMANENT_FETCH_ITEMS))
if (!isDelayed(pos) && pos.canEnterEmpty(MovementTrait::WALK))
fetchItems(pos);
}
if (config->getManageEquipment() && Random.roll(40)) {
minionEquipment->updateOwners(getCreatures());
minionEquipment->updateItems(getAllItems(ItemIndex::MINION_EQUIPMENT, true));
for (auto c : getCreatures())
for (auto it : minionEquipment->getItemsOwnedBy(c))
if (auto& group = it->getEquipmentGroup())
if (!canUseEquipmentGroup(c, *group))
minionEquipment->discard(it);
}
updateAutomatonEngines();
autoAssignSteeds();
}
void Collective::autoAssignSteeds() {
for (auto c : getCreatures())
if (!canUseEquipmentGroup(c, "steeds"))
setSteed(c, nullptr);
vector<Creature*> freeSteeds = getCreatures().filter(
[this] (auto c) { return c->isAffected(LastingEffect::STEED) && !getSteedOrRider(c);});
auto factory = getGame()->getContentFactory();
sort(freeSteeds.begin(), freeSteeds.end(), [&](auto c1, auto c2) {
return c1->getBestAttack(factory).value < c2->getBestAttack(factory).value; });
auto minions = getCreatures().filter([this] (auto c) {
return c->isAffected(LastingEffect::RIDER) && !getSteedOrRider(c) && canUseEquipmentGroup(c, "steeds");
});
sort(minions.begin(), minions.end(), [&](auto c1, auto c2) {
auto leader1 = hasTrait(c1, MinionTrait::LEADER);
auto leader2 = hasTrait(c2, MinionTrait::LEADER);
return (leader1 && !leader2) || (leader1 == leader2 &&
c1->getBestAttack(factory).value > c2->getBestAttack(factory).value); });
for (auto c : minions) {
auto steed = getSteedOrRider(c);
auto bestAvailable = [&]() -> Creature* {
for (int i : All(freeSteeds).reverse())
if (c->isSteedGoodSize(freeSteeds[i]))
return freeSteeds[i];
return nullptr;
}();
auto companion = c->getFirstCompanion();
if (!!companion && c->isSteedGoodSize(companion) && companion->isAffected(LastingEffect::STEED) &&
(!bestAvailable || companion->getBestAttack(factory).value > bestAvailable->getBestAttack(factory).value))
bestAvailable = companion;
if (bestAvailable &&
(!steed || steed->getBestAttack(factory).value < bestAvailable->getBestAttack(factory).value)) {
setSteed(c, bestAvailable);
freeSteeds.removeElementMaybePreserveOrder(bestAvailable);
}
}
}
const vector<Creature*>& Collective::getCreatures(MinionTrait trait) const {
return byTrait[trait];
}
EnumSet<MinionTrait> Collective::getAllTraits(Creature* c) const {
CHECK(creatures.contains(c));
EnumSet<MinionTrait> ret;
for (auto t : ENUM_ALL(MinionTrait))
if (hasTrait(c, t))
ret.insert(t);
return ret;
}
bool Collective::hasTrait(const Creature* c, MinionTrait t) const {
return byTrait[t].contains(c);
}
bool Collective::setTrait(Creature* c, MinionTrait t) {
if (!hasTrait(c, t)) {
byTrait[t].push_back(c);
updateCreatureStatus(c);
return true;
}
return false;
}
bool Collective::removeTrait(Creature* c, MinionTrait t) {
if (byTrait[t].removeElementMaybePreserveOrder(c)) {
updateCreatureStatus(c);
return true;
}
return false;
}
void Collective::addMoraleForKill(Creature* killer, Creature* victim) {
killer->addEffect(BuffId("HIGH_MORALE"), 30_visible);
}
void Collective::decreaseMoraleForKill(Creature* killer, Creature* victim) {
/* if (hasTrait(victim, MinionTrait::LEADER))
for (Creature* c : getCreatures())
c->addPermanentEffect(BuffId("LOW_MORALE"));*/
}
const optional<Collective::AlarmInfo>& Collective::getAlarmInfo() const {
return alarmInfo;
}
bool Collective::needsToBeKilledToConquer(const Creature* c) const {
return (hasTrait(c, MinionTrait::FIGHTER) && !c->wasDuel()) || hasTrait(c, MinionTrait::LEADER);
}
bool Collective::creatureConsideredPlayer(Creature* c) const {
return c->isPlayer() ||
(!getGame()->getPlayerCreatures().empty() && getGame()->getPlayerCreatures()[0]->getTribe() == c->getTribe()) ||
(getGame()->getPlayerCollective() && getGame()->getPlayerCollective()->getCreatures().contains(c));
}
void Collective::onEvent(const GameEvent& event) {
PROFILE;
using namespace EventInfo;
event.visit<void>(
[&](const Alarm& info) {
static const auto alarmTime = 100_visible;
if (getTerritory().contains(info.pos)) {
if (!info.silent)
control->addMessage(PlayerMessage("An alarm goes off.", MessagePriority::HIGH).setPosition(info.pos));
alarmInfo = AlarmInfo {getGlobalTime() + alarmTime, info.pos };
for (Creature* c : byTrait[MinionTrait::FIGHTER])
if (c->isAffected(LastingEffect::SLEEP))
c->removeEffect(LastingEffect::SLEEP);
}
},
[&](const CreatureKilled& info) {
if (getCreatures().contains(info.victim))
onMinionKilled(info.victim, info.attacker);
if (getCreatures().contains(info.attacker))
onKilledSomeone(info.attacker, info.victim);
},
[&](const CreatureTortured& info) {
auto victim = info.victim;
if (getCreatures().contains(victim)) {
if (Random.roll(30)) {
addRecordedEvent("the torturing of " + victim->getName().aOrTitle());
if (victim->getUniqueId().getGenericId() % 2 == 0) {
victim->dieWithReason("killed by torture");
} else {
control->addMessage("A prisoner is converted to your side");
removeTrait(victim, MinionTrait::PRISONER);
removeTrait(victim, MinionTrait::WORKER);
removeTrait(victim, MinionTrait::NO_LIMIT);
setTrait(victim, MinionTrait::FIGHTER);
victim->removeEffect(LastingEffect::TIED_UP);
setMinionActivity(victim, MinionActivity::IDLE);
getGame()->achieve(AchievementId("converted_prisoner"));
}
}
}
},
[&](const CreatureStunned& info) {
auto victim = info.victim;
addRecordedEvent("the capturing of " + victim->getName().aOrTitle());
if (getCreatures().contains(victim)) {
stunnedMinions.set(victim, getAllTraits(info.victim));
control->addMessage(PlayerMessage(info.victim->getName().aOrTitle() + " has been captured by the enemy",
MessagePriority::HIGH));
if (info.attacker && creatureConsideredPlayer(info.attacker))
attackedByPlayer = true;
bool fighterStunned = needsToBeKilledToConquer(victim);
removeTrait(victim, MinionTrait::FIGHTER);
removeTrait(victim, MinionTrait::LEADER);
control->addMessage(PlayerMessage(victim->getName().a() + " is unconsious.")
.setPosition(victim->getPosition()));
control->onMemberKilledOrStunned(info.victim, info.attacker);
for (auto team : teams->getContaining(victim))
teams->remove(team, victim);
setSteed(victim, nullptr);
freeFromTask(victim);
if (isConquered() && fighterStunned)
getGame()->addEvent(EventInfo::ConqueredEnemy{this, attackedByPlayer});
}
},
[&](const TrapDisarmed& info) {
control->addMessage(PlayerMessage(info.creature->getName().a() +
" disarms a " + getGame()->getContentFactory()->furniture.getData(info.type).getName(),
MessagePriority::HIGH).setPosition(info.pos));
},
[&](const MovementChanged& info) {
positionMatching->updateMovement(info.pos);
},
[&](const FurnitureRemoved& info) {
auto curFur = info.position.getFurniture(info.layer);
if (info.position.getModel() == model && (!curFur || !!strcmp(curFur->getType().data(), "PHYLACTERY_ACTIVE")) &&
constructions->containsFurniture(info.position, info.layer)) {
constructions->onFurnitureDestroyed(info.position, info.layer, info.type);
recalculateFurniturePopIncrease();
}
},
[&](const auto&) {}
);
}
void Collective::onMinionKilled(Creature* victim, Creature* killer) {
if (killer)
addRecordedEvent("the slaying of " + victim->getName().aOrTitle() + " by " + killer->getName().a());
else
addRecordedEvent("the death of " + victim->getName().aOrTitle());
if (killer && creatureConsideredPlayer(killer))
attackedByPlayer = true;
auto factory = getGame()->getContentFactory();
string deathDescription = victim->getAttributes().getDeathDescription(factory);
control->onMemberKilledOrStunned(victim, killer);
if (hasTrait(victim, MinionTrait::PRISONER) && killer && getCreatures().contains(killer))
returnResource({ResourceId("PRISONER_HEAD"), 1});
if (!hasTrait(victim, MinionTrait::FARM_ANIMAL) && !hasTrait(victim, MinionTrait::SUMMONED)) {
decreaseMoraleForKill(killer, victim);
if (killer)
control->addMessage(PlayerMessage(victim->getName().a() + " is " + deathDescription + " by " + killer->getName().a(),
MessagePriority::HIGH).setPosition(victim->getPosition()));
else
control->addMessage(PlayerMessage(victim->getName().a() + " is " + deathDescription + ".", MessagePriority::HIGH)
.setPosition(victim->getPosition()));
}
if (hasTrait(victim, MinionTrait::FIGHTER) || hasTrait(victim, MinionTrait::LEADER))
for (auto other : getCreatures(MinionTrait::FIGHTER))
if (other != victim && other->canSee(victim))
LastingEffects::onAllyKilled(other);
bool fighterKilled = needsToBeKilledToConquer(victim);
removeCreature(victim);
if (isConquered() && fighterKilled) {
control->onConquered(victim, killer);
getGame()->addEvent(EventInfo::ConqueredEnemy{this, attackedByPlayer});
}
if (auto& guardianInfo = getConfig().getGuardianInfo())
if (Random.chance(guardianInfo->probability)) {
auto& extended = territory->getStandardExtended();
if (!extended.empty())
Random.choose(extended).landCreature(factory->getCreatures().fromId(guardianInfo->creature, getTribeId()));
}
}
void Collective::onKilledSomeone(Creature* killer, Creature* victim) {
string deathDescription = victim->getAttributes().getDeathDescription(getGame()->getContentFactory());
if (victim->getTribe() != getTribe()) {
if (victim->getStatus().contains(CreatureStatus::LEADER))
addRecordedEvent("the slaying of " + victim->getName().aOrTitle());
addMoraleForKill(killer, victim);
kills.insert(victim);
int difficulty = victim->getDifficultyPoints();
CHECK(difficulty >=0 && difficulty < 100000) << difficulty << " " << victim->getName().bare();
points += difficulty;
control->addMessage(PlayerMessage(victim->getName().a() + " is " + deathDescription + " by " + killer->getName().a())
.setPosition(victim->getPosition()));
if (victim->getStatus().contains(CreatureStatus::CIVILIAN)) {
auto victimCollective = [&]() -> optional<string> {
for (auto col : killer->getPosition().getModel()->getCollectives())
if (col->getCreatures().contains(victim))
if (auto& name = col->getName())
if (name->location)
return name->location;
return none;
}();
if (victimCollective) {
auto butcher = killer;
auto team = teams->getContaining(killer);
if (!team.empty())
butcher = teams->getLeader(team[0]);
if (butcher->addButcheringEvent(*victimCollective))
addRecordedEvent("the massacre of " + *victimCollective);
}
}
}
}
double Collective::getEfficiency(const Creature* c) const {
double fromBuffs = 1.0;
auto f = getGame()->getContentFactory();
for (auto buff : f->buffsModifyingEfficiency)
if (c->isAffected(buff))
fromBuffs *= *f->buffs.at(buff).efficiencyMultiplier;
return fromBuffs *
(c->isAffected(LastingEffect::SPEED) ? 1.4 : 1.0) *
(c->isAffected(LastingEffect::SLOWED) ? (1 / 1.4) : 1.0);
}
const Territory& Collective::getTerritory() const {
return *territory;
}
Territory& Collective::getTerritory() {
return *territory;
}
bool Collective::canClaimSquare(Position pos) const {
return getKnownTiles().isKnown(pos) &&
pos.isCovered() &&
// pos.canEnterEmpty({MovementTrait::WALK}) && (seems unnecessary?)
!pos.isWall();
}
void Collective::unclaimSquare(Position pos) {
if (!territory->contains(pos))
return;
territory->remove(pos);
for (auto layer : {FurnitureLayer::FLOOR, FurnitureLayer::MIDDLE, FurnitureLayer::CEILING})
if (auto furniture = pos.modFurniture(layer))
if (constructions->containsFurniture(pos, layer)) {
constructions->onFurnitureDestroyed(pos, layer, furniture->getType());
constructions->removeFurniturePlan(pos, layer);
}
}
void Collective::claimSquare(Position pos, bool includeStairs) {
//CHECK(canClaimSquare(pos));
territory->insert(pos);
addKnownTile(pos);
for (auto layer : {FurnitureLayer::FLOOR, FurnitureLayer::MIDDLE, FurnitureLayer::CEILING})
if (auto furniture = pos.modFurniture(layer))
if (!furniture->forgetAfterBuilding() && (includeStairs || !furniture->isStairs())) {
if (!constructions->containsFurniture(pos, furniture->getLayer()))
constructions->addFurniture(pos, ConstructionMap::FurnitureInfo::getBuilt(furniture->getType()), layer);
furniture->setTribe(getTribeId());
}
control->onClaimedSquare(pos);
}
const KnownTiles& Collective::getKnownTiles() const {
return *knownTiles;
}
LocalTime Collective::getLocalTime() const {
return getModel()->getLocalTime();
}
GlobalTime Collective::getGlobalTime() const {
return getGame()->getGlobalTime();
}
int Collective::numResource(ResourceId id) const {
PROFILE;
auto& info = getResourceInfo(id);
int ret = getValueMaybe(credit, id).value_or(0);
PositionSet visited;
for (auto storageId : info.storage)
for (auto& pos : getStoragePositions(storageId))
if (!visited.count(pos)) {
ret += pos.getItems(id).size();
visited.insert(pos);
}
return ret;
}
int Collective::numResourcePlusDebt(ResourceId id) const {
return numResource(id) - getDebt(id);
}
int Collective::getDebt(ResourceId id) const {
int ret = constructions->getDebt(id);
for (auto& elem : taskMap->getCompletionCosts())
if (elem.second.id == id && !taskMap->getTask(elem.first)->isDone())