body.cpp

#include "stdafx.h"
#include "body.h"
#include "attack.h"
#include "attack_type.h"
#include "attack_level.h"
#include "creature.h"
#include "lasting_effect.h"
#include "game.h"
#include "statistics.h"
#include "creature_attributes.h"
#include "item_factory.h"
#include "position.h"
#include "player_message.h"
#include "view_object.h"
#include "item_type.h"
#include "effect.h"
#include "item.h"
#include "game_time.h"
#include "animation_id.h"
#include "item_types.h"
#include "health_type.h"
#include "game_event.h"
#include "effect_type.h"
#include "resource_id.h"
#include "content_factory.h"

static double getDefaultWeight(Body::Size size) {
  switch (size) {
    case Body::Size::HUGE: return 1000;
    case Body::Size::LARGE: return 90;
    case Body::Size::MEDIUM: return 45;
    case Body::Size::SMALL: return 20;
  }
}

template <class Archive>
void Body::serializeImpl(Archive& ar, const unsigned int version) {
  ar(OPTION(xhumanoid), OPTION(size), OPTION(weight), OPTION(bodyParts), OPTION(injuredBodyParts), OPTION(lostBodyParts));
  ar(OPTION(material), OPTION(health), OPTION(minionFood), NAMED(deathSound), OPTION(intrinsicAttacks), OPTION(minPushSize));
  ar(OPTION(noHealth), OPTION(fallsApart), OPTION(drops), OPTION(canCapture), OPTION(xCanPickUpItems), OPTION(droppedPartUpgrade));
  ar(OPTION(corpseIngredientType), OPTION(canBeRevived), OPTION(overrideDiningFurniture), OPTION(ambientSound));
}

template <class Archive>
void Body::serialize(Archive& ar1, const unsigned int v) {
  serializeImpl(ar1, v);
}

SERIALIZABLE(Body)

SERIALIZATION_CONSTRUCTOR_IMPL(Body)

static int getDefaultIntrinsicDamage(Body::Size size) {
  switch (size) {
    case Body::Size::HUGE: return 8;
    case Body::Size::LARGE: return 5;
    case Body::Size::MEDIUM: return 3;
    case Body::Size::SMALL: return 1;
  }
}

Body::Body(bool humanoid, BodyMaterialId m, Size size) : xhumanoid(humanoid), size(size),
    weight(getDefaultWeight(size)), material(m),
    deathSound(humanoid ? SoundId("HUMANOID_DEATH") : SoundId("BEAST_DEATH")),
    minPushSize(Size((int)size + 1)) {
  if (humanoid)
    setHumanoidBodyParts(getDefaultIntrinsicDamage(size));
}

Body Body::humanoid(BodyMaterialId m, Size s) {
  return Body(true, m, s);
}

Body Body::humanoid(Size s) {
  return humanoid(BodyMaterialId("FLESH"), s);
}

Body Body::nonHumanoid(BodyMaterialId m, Size s) {
  return Body(false, m, s);
}

Body Body::nonHumanoid(Size s) {
  return nonHumanoid(BodyMaterialId("FLESH"), s);
}

Body Body::humanoidSpirit(Size s) {
  return Body(true, BodyMaterialId("SPIRIT"), s);
}

Body Body::nonHumanoidSpirit(Size s) {
  return Body(false, BodyMaterialId("SPIRIT"), s);
}

void Body::addWithoutUpdatingPermanentEffects(BodyPart part, int cnt) {
  bodyParts[part] += cnt;
}

void Body::setWeight(double w) {
  weight = w;
}

void Body::setSize(BodySize s) {
  size = s;
}

void Body::setBodyParts(const EnumMap<BodyPart, int>& p) {
  bodyParts = p;
  bodyParts[BodyPart::TORSO] = 1;
  bodyParts[BodyPart::BACK] = 1;
}

void Body::initializeIntrinsicAttack(const ContentFactory* factory) {
  for (auto bodyPart : ENUM_ALL(BodyPart))
    for (auto& attack : intrinsicAttacks[bodyPart])
      attack.initializeItem(factory);
}

void Body::addIntrinsicAttack(BodyPart part, IntrinsicAttack attack) {
  if (!numGood(part)) {
    part = BodyPart::TORSO;
    CHECK(numGood(part));
  }
  intrinsicAttacks[part].push_back(std::move(attack));
}

void Body::setMinPushSize(Body::Size size) {
  minPushSize = size;
}

void Body::setHumanoid(bool h) {
  xhumanoid = h;
}

vector<pair<Item*, double>> Body::chooseRandomWeapon(vector<Item*> weapons, vector<double> multipliers) const {
  vector<pair<Item*, double>> ret;
  for (auto part : ENUM_ALL(BodyPart))
    for (auto& attack : intrinsicAttacks[part])
      if (numGood(part) > 0 && !attack.isExtraAttack && weapons.size() < multipliers.size())
        weapons.push_back(attack.item.get());
  weapons = Random.permutation(weapons);
  for (auto i : All(weapons))
    if (i < multipliers.size())
      ret.push_back({weapons[i], multipliers[i]});
  for (auto part : ENUM_ALL(BodyPart))
    for (auto& attack : intrinsicAttacks[part])
      if (numGood(part) > 0 && attack.isExtraAttack)
        ret.push_back({attack.item.get(), 1});
  return ret;
}

Item* Body::chooseFirstWeapon() const {
  for (auto part : ENUM_ALL(BodyPart))
    for (auto& attack : intrinsicAttacks[part])
      if (numGood(part) > 0 && attack.active)
        return attack.item.get();
  return nullptr;
}

EnumMap<BodyPart, vector<IntrinsicAttack>>& Body::getIntrinsicAttacks() {
  return intrinsicAttacks;
}

const EnumMap<BodyPart, vector<IntrinsicAttack>>& Body::getIntrinsicAttacks() const {
  return intrinsicAttacks;
}

void Body::setHumanoidBodyParts(int intrinsicDamage) {
  setBodyParts({{BodyPart::LEG, 2}, {BodyPart::ARM, 2}, {BodyPart::HEAD, 1}, {BodyPart::BACK, 1},
      {BodyPart::TORSO, 1}});
  addIntrinsicAttack(BodyPart::ARM, IntrinsicAttack(ItemType::fists(intrinsicDamage)));
  addIntrinsicAttack(BodyPart::LEG, IntrinsicAttack(ItemType::legs(intrinsicDamage)));
}

void Body::setHorseBodyParts(int intrinsicDamage) {
  setBodyParts({{BodyPart::LEG, 4}, {BodyPart::HEAD, 1}, {BodyPart::BACK, 1},
      {BodyPart::TORSO, 1}});
  addIntrinsicAttack(BodyPart::HEAD, IntrinsicAttack(ItemType::fangs(intrinsicDamage), true));
  addIntrinsicAttack(BodyPart::LEG, IntrinsicAttack(ItemType::legs(intrinsicDamage), true));
}

void Body::setBirdBodyParts(int intrinsicDamage) {
  setBodyParts({{BodyPart::LEG, 2}, {BodyPart::WING, 2}, {BodyPart::HEAD, 1}, {BodyPart::BACK, 1},
      {BodyPart::TORSO, 1}});
  addIntrinsicAttack(BodyPart::HEAD, IntrinsicAttack(ItemType::beak(intrinsicDamage)));
}

void Body::setDeathSound(optional<SoundId> s) {
  deathSound = s;
}

bool Body::canHeal(HealthType type, const ContentFactory* factory) const {
  return health < 1 && hasHealth(type, factory);
}

bool Body::hasAnyHealth(const ContentFactory* factory) const {
  return !noHealth && !!factory->bodyMaterials.at(material).healthType;
}

FurnitureType Body::getDiningFurniture() const {
  if (overrideDiningFurniture)
    return *overrideDiningFurniture;
  if (isHumanoid())
    return FurnitureType("DINING_TABLE");
  else
    return FurnitureType("HAYPILE");
}

const char* Body::getDeathDescription(const ContentFactory* factory) const {
  return factory->bodyMaterials.at(material).deathDescription.data();
}

bool Body::hasHealth(HealthType type, const ContentFactory* factory) const {
  return !noHealth && factory->bodyMaterials.at(material).healthType == type;
}

bool Body::isPartDamaged(BodyPart part, double damage, const ContentFactory* factory) const {
  double strength = [&] {
    switch (part) {
      case BodyPart::WING: return 0.3;
      case BodyPart::ARM: return 0.6;
      case BodyPart::LEG:
      case BodyPart::HEAD: return 0.8;
      case BodyPart::BACK:
      case BodyPart::TORSO: return 1.5;
    }
  }();
  if (!hasAnyHealth(factory))
    return Random.chance(damage / strength);
  if (factory->bodyMaterials.at(material).canLoseBodyParts)
    return damage >= strength;
  else
    return false;
}

BodyPart Body::armOrWing() const {
  if (numGood(BodyPart::ARM) == 0)
    return BodyPart::WING;
  if (numGood(BodyPart::WING) == 0)
    return BodyPart::ARM;
  return Random.choose({ BodyPart::WING, BodyPart::ARM }, {1, 1});
}

bool Body::isCritical(BodyPart part, const ContentFactory* factory) const {
  return contains({BodyPart::TORSO}, part)
    || (part == BodyPart::HEAD && numGood(part) == 0 && factory->bodyMaterials.at(material).losingHeadsMeansDeath);
}


int Body::numBodyParts(BodyPart part) const {
  return bodyParts[part];
}

int Body::numLost(BodyPart part) const {
  return lostBodyParts[part];
}

bool Body::fallsApartDueToLostBodyParts(const ContentFactory* factory) const {
  if (fallsApart && !hasAnyHealth(factory)) {
    return getBodyPartHealth() < 0.1;
  } else
    return false;
}

int Body::numInjured(BodyPart part) const {
  return injuredBodyParts[part];
}

int Body::numGood(BodyPart part) const {
  return numBodyParts(part) - numInjured(part);
}

void Body::clearInjured(BodyPart part, int count) {
  injuredBodyParts[part] = max(0, injuredBodyParts[part] - count);
}

void Body::clearLost(BodyPart part, int count) {
  count = min(lostBodyParts[part], count);
  bodyParts[part] += count;
  lostBodyParts[part] -= count;
}

optional<BodyPart> Body::getAnyGoodBodyPart() const {
  vector<BodyPart> good;
  for (auto part : ENUM_ALL(BodyPart))
    if (numGood(part) > 0)
      good.push_back(part);
  if (good.empty())
    return none;
  return Random.choose(good);
}

optional<BodyPart> Body::getBodyPart(const ContentFactory* factory) const {
  vector<BodyPart> allowed {BodyPart::LEG, BodyPart::ARM, BodyPart::WING};
  if (getBodyPartHealth() < 0.4 || !factory->bodyMaterials.at(material).losingHeadsMeansDeath)
    allowed.push_back(BodyPart::HEAD);
  if (allowed.empty() || getBodyPartHealth() < 0.4)
    allowed.push_back(BodyPart::TORSO);
  for (auto part : Random.permutation(allowed))
    if (numGood(part))
      return part;
  return none;
}

bool Body::healBodyParts(Creature* creature, int max) {
  bool result = false;
  auto updateEffects = [&] (BodyPart part, int count) {
    switch (part) {
      case BodyPart::LEG:
        creature->removePermanentEffect(LastingEffect::COLLAPSED, count);
        break;
      case BodyPart::WING:
        creature->addPermanentEffect(LastingEffect::FLYING, count);
        break;
      case BodyPart::HEAD:
        if (numGood(BodyPart::HEAD) == 1)
          creature->removePermanentEffect(LastingEffect::BLIND, count);
        break;
      default:
        break;
    }
  };
  for (BodyPart part : ENUM_ALL(BodyPart)) {
    if (int count = numInjured(part)) {
      result = true;
      count = min(max, count);
      creature->you(MsgType::YOUR,
          string(getName(part)) + (count > 1 ? "s are" : " is") + " in better shape");
      clearInjured(part, count);
      updateEffects(part, count);
      max -= count;
      if (max <= 0)
        break;
    }
    if (int count = numLost(part)) {
      result = true;
      count = min(max, count);
      creature->you(MsgType::YOUR, string(getName(part)) + (count > 1 ? "s grow back!" : " grows back!"));
      clearLost(part, count);
      updateEffects(part, count);
      max -= count;
      if (max <= 0)
        break;
    }
  }
  return result;
}

static void setBodyPartUpgrade(Item* item, BodyPart part, Effect upgrade, const ContentFactory* f) {
  item->modViewObject().setModifier(ViewObject::Modifier::AURA);
  auto name = upgrade.getName(f);
  auto desc = upgrade.getDescription(f);
  item->setUpgradeInfo(ItemUpgradeInfo{ItemUpgradeType::BODY_PART, Effect(Effects::Description{desc, Effect(Effects::Name{name, 
    Effect(Effects::Chain{{Effect(Effects::AddBodyPart{part, 1}), std::move(upgrade)}})})})});
  item->setResourceId(none);
}

static Effect getDefaultBodyPartUpgrade() {
  return Effect(Effects::Description("Increase either damage or defense by 1", Effect(Effects::ChooseRandom({
      Effect(Effects::IncreaseAttr{AttrType("DAMAGE"), 1}),
      Effect(Effects::IncreaseAttr{AttrType("DEFENSE"), 1})
  }))));
}

bool Body::injureBodyPart(Creature* creature, BodyPart part, bool drop) {
  auto game = creature->getGame();
  auto factory = game->getContentFactory();
  if (bodyParts[part] == 0 || (!drop && injuredBodyParts[part] == bodyParts[part]))
    return false;
  if (drop) {
    if (contains({BodyPart::LEG, BodyPart::ARM, BodyPart::WING}, part))
      game->getStatistics().add(StatId::CHOPPED_LIMB);
    else if (part == BodyPart::HEAD)
      game->getStatistics().add(StatId::CHOPPED_HEAD);
    if (auto item = getBodyPartItem(creature->getAttributes().getName().bare(), part, factory)) {
      if (material == BodyMaterialId("FLESH") && game->effectFlags.count("abomination_upgrades")) {
        auto upgrade = droppedPartUpgrade.value_or_f(&getDefaultBodyPartUpgrade);
        setBodyPartUpgrade(item.get(), part, std::move(upgrade), factory);
        droppedPartUpgrade = none;
      }
      creature->getPosition().dropItem(std::move(item));
    }
    if (looseBodyPart(part, factory))
      return true;
  } else if (injureBodyPart(part, factory))
    return true;
  switch (part) {
    case BodyPart::HEAD:
      if (numGood(BodyPart::HEAD) == 0)
        creature->addPermanentEffect(LastingEffect::BLIND);
      break;
    case BodyPart::LEG:
      creature->addPermanentEffect(LastingEffect::COLLAPSED);
      break;
    case BodyPart::ARM:
      // Drop the weapon anyway even if the other arm is still ok.
      creature->dropWeapon();
      break;
    case BodyPart::WING:
      creature->removePermanentEffect(LastingEffect::FLYING);
      break;
    default: break;
  }
  creature->dropUnsupportedEquipment();
  return false;
}

template <typename T>
void consumeBodyAttr(T& mine, const T& his, vector<string>& adjectives, const string& adj) {
  if (mine < his) {
    mine = his;
    if (!adj.empty())
      adjectives.push_back(adj);
  }
}

void Body::addBodyPart(BodyPart parts, int count) {
  CHECK(count > 0);
  bodyParts[parts] += count;
}

void Body::consumeBodyParts(Creature* c, Body& other, vector<string>& adjectives) {
  auto factory = c->getGame()->getContentFactory();
  for (BodyPart part : ENUM_ALL(BodyPart)) {
    int cnt = other.bodyParts[part] - bodyParts[part];
    if (cnt > 0) {
      string what = getPlural(getName(part), cnt);
      c->verb("grow", "grows", what);
      c->addPersonalEvent(c->getName().the() + " grows "_s + what);
      bodyParts[part] = other.bodyParts[part];
    }
    if (!other.intrinsicAttacks[part].empty())
      intrinsicAttacks[part].clear();
    for (auto& attack : other.intrinsicAttacks[part]) {
      c->verb("develop", "develops",  "a " + attack.item->getNameAndModifiers(factory) +
          " attack");
      c->addPersonalEvent(c->getName().the() + " develops a " + attack.item->getNameAndModifiers(factory) + " attack");
      intrinsicAttacks[part].push_back(std::move(attack));
    }
    other.intrinsicAttacks[part].clear();
  }
  if (other.isHumanoid() && !isHumanoid() && numBodyParts(BodyPart::ARM) >= 2 &&
      numBodyParts(BodyPart::LEG) >= 2 && numBodyParts(BodyPart::HEAD) >= 1) {
    c->you(MsgType::BECOME, "a humanoid");
    c->addPersonalEvent(c->getName().the() + " turns into a humanoid");
    xhumanoid = true;
  }
  consumeBodyAttr(size, other.size, adjectives, "larger");
}

BodyMaterialId Body::getMaterial() const {
  return material;
}

bool Body::looseBodyPart(BodyPart part, const ContentFactory* factory) {
  if (bodyParts[part] > 0) {
    --bodyParts[part];
    ++lostBodyParts[part];
    if (injuredBodyParts[part] > bodyParts[part])
      --injuredBodyParts[part];
  }
  return isCritical(part, factory);
}

bool Body::injureBodyPart(BodyPart part, const ContentFactory* factory) {
  if (injuredBodyParts[part] < bodyParts[part])
    ++injuredBodyParts[part];
  return isCritical(part, factory);
}

const char* getName(Body::Size s) {
  switch (s) {
    case Body::Size::SMALL: return "small";
    case Body::Size::MEDIUM: return "medium";
    case Body::Size::LARGE: return "large";
    case Body::Size::HUGE: return "huge";
  }
}

string Body::getMaterialAndSizeAdjectives(const ContentFactory* factory) const {
  return string(getName(size)) + " and made of " + factory->bodyMaterials.at(material).name;
}

string Body::getDescription(const ContentFactory* factory) const {
  vector<string> ret;
  bool anyLimbs = false;
  vector<BodyPart> listParts = {BodyPart::ARM, BodyPart::LEG, BodyPart::WING};
  for (BodyPart part : listParts)
    if (int num = numBodyParts(part)) {
      ret.push_back(getPluralText(getName(part), num));
      anyLimbs = true;
    }
  if (xhumanoid) {
    bool noArms = numBodyParts(BodyPart::ARM) == 0;
    bool noLegs = numBodyParts(BodyPart::LEG) == 0;
    if (noArms && noLegs)
      ret.push_back("no limbs");
    else if (noArms)
      ret.push_back("no arms");
    else if (noLegs)
      ret.push_back("no legs");
  }
  else if (!anyLimbs)
    ret.push_back("no limbs");
  auto numHeads = numBodyParts(BodyPart::HEAD);
  if (numHeads == 0)
    ret.push_back("no "_s + getName(BodyPart::HEAD));
  else if (numHeads > 1)
    ret.push_back(getPluralText(getName(BodyPart::HEAD), numHeads));
  string limbDescription = ret.size() > 0 ? " with " + combine(ret) : "";
  return getMaterialAndSizeAdjectives(factory) + limbDescription + ".";
}

bool Body::isHumanoid() const {
  return xhumanoid;
}

bool Body::canPickUpItems() const {
  return xCanPickUpItems || isHumanoid();
}

static int numCorpseItems(Body::Size size) {
  switch (size) {
    case Body::Size::LARGE: return Random.get(30, 50);
    case Body::Size::HUGE: return Random.get(80, 120);
    case Body::Size::MEDIUM: return Random.get(15, 30);
    case Body::Size::SMALL: return Random.get(1, 8);
  }
}

PItem Body::getBodyPartItem(const string& name, BodyPart part, const ContentFactory* factory) const {
  if (material == BodyMaterialId("FLESH") || material == BodyMaterialId("UNDEAD_FLESH"))
    return ItemType::severedLimb(name, part, weight / 8, isFarmAnimal() ? ItemClass::FOOD : ItemClass::CORPSE, factory);
  if (auto& t = factory->bodyMaterials.at(material).bodyPartItem)
    return t->get(factory);
  return nullptr;
}

static bool bodyPartCanBeDropped(BodyPart part) {
  switch (part) {
    case BodyPart::ARM:
    case BodyPart::LEG:
    case BodyPart::HEAD:
    case BodyPart::WING:
      return true;
    case BodyPart::TORSO:
    case BodyPart::BACK:
      return false;
  }
}

vector<PItem> Body::getCorpseItems(const string& name, Creature::Id id, bool instantlyRotten, const ContentFactory* factory,
    Game* game) const {
  vector<PItem> ret = [&] {
    if (material == BodyMaterialId("FLESH") || material == BodyMaterialId("UNDEAD_FLESH"))
      return makeVec(
          ItemType::corpse(name + " corpse", name + " skeleton", weight, factory, instantlyRotten,
            minionFood ? ItemClass::FOOD : ItemClass::CORPSE,
            CorpseInfo {id, !corpseIngredientType && canBeRevived && material != BodyMaterialId("UNDEAD_FLESH"),
                numBodyParts(BodyPart::HEAD) > 0, false},
            corpseIngredientType));
    if (auto& t = factory->bodyMaterials.at(material).bodyPartItem)
      return t->get(numCorpseItems(size), factory);
    return vector<PItem>();
  }();
  if (!drops.empty())
    if (auto item = Random.choose(drops))
      ret.push_back(item->get(factory));
  if (game && droppedPartUpgrade && game->effectFlags.count("abomination_upgrades"))
    for (auto part : Random.permutation<BodyPart>())
      if (numGood(part) > 0 && bodyPartCanBeDropped(part))
        if (auto item = getBodyPartItem(name, part, game->getContentFactory())) {
          setBodyPartUpgrade(item.get(), part, std::move(*droppedPartUpgrade), factory);
          ret.push_back(std::move(item));
          break;
        }
  return ret;
}

void Body::affectPosition(Position position) {
  if (material == BodyMaterialId("FIRE"))
    position.fireDamage(10, nullptr);
}

static void youHit(const Creature* c, BodyPart part, const Attack& attack, const ContentFactory* factory) {
  if (auto& elem = factory->attrInfo.at(attack.damageType).bodyPartInjury)
    c->you(MsgType::YOUR, getName(part) + " "_s + *elem + "!");
  else
    switch (part) {
      case BodyPart::BACK:
          switch (attack.type) {
            case AttackType::SHOOT: c->you(MsgType::ARE, "shot in the back!"); break;
            case AttackType::BITE: c->you(MsgType::ARE, "bitten in the neck!"); break;
            case AttackType::CUT: c->you(MsgType::YOUR, "throat is cut!"); break;
            case AttackType::CRUSH: c->you(MsgType::YOUR, "spine is crushed!"); break;
            case AttackType::HIT: c->you(MsgType::YOUR, "neck is broken!"); break;
            case AttackType::STAB: c->you(MsgType::ARE, "stabbed in the "_s +
                                       Random.choose("back"_s, "neck"_s)); break;
            case AttackType::SPELL: c->you(MsgType::ARE, "ripped to pieces!"); break;
          }
          break;
      case BodyPart::HEAD:
          switch (attack.type) {
            case AttackType::SHOOT: c->you(MsgType::ARE, "shot in the " +
                                        Random.choose("eye"_s, "neck"_s, "forehead"_s) + "!"); break;
            case AttackType::BITE: c->you(MsgType::YOUR, "head is bitten off!"); break;
            case AttackType::CUT: c->you(MsgType::YOUR, "head is chopped off!"); break;
            case AttackType::CRUSH: c->you(MsgType::YOUR, "skull is shattered!"); break;
            case AttackType::HIT: c->you(MsgType::YOUR, "neck is broken!"); break;
            case AttackType::STAB: c->you(MsgType::ARE, "stabbed in the eye!"); break;
            case AttackType::SPELL: c->you(MsgType::YOUR, "head is ripped to pieces!"); break;
          }
          break;
      case BodyPart::TORSO:
          switch (attack.type) {
            case AttackType::SHOOT: c->you(MsgType::ARE, "shot in the heart!"); break;
            case AttackType::BITE: c->you(MsgType::YOUR, "internal organs are ripped out!"); break;
            case AttackType::CUT: c->you(MsgType::ARE, "cut in half!"); break;
            case AttackType::STAB: c->you(MsgType::ARE, "stabbed in the " +
                                       Random.choose("stomach"_s, "heart"_s) + "!"); break;
            case AttackType::CRUSH: c->you(MsgType::YOUR, "ribs and internal organs are crushed!"); break;
            case AttackType::HIT: c->you(MsgType::YOUR, "stomach receives a deadly blow!"); break;
            case AttackType::SPELL: c->you(MsgType::ARE, "ripped to pieces!"); break;
          }
          break;
      case BodyPart::ARM:
          switch (attack.type) {
            case AttackType::SHOOT: c->you(MsgType::ARE, "shot in the arm!"); break;
            case AttackType::BITE: c->you(MsgType::YOUR, "arm is bitten off!"); break;
            case AttackType::CUT: c->you(MsgType::YOUR, "arm is chopped off!"); break;
            case AttackType::STAB: c->you(MsgType::ARE, "stabbed in the arm!"); break;
            case AttackType::CRUSH: c->you(MsgType::YOUR, "arm is smashed!"); break;
            case AttackType::HIT: c->you(MsgType::YOUR, "arm is broken!"); break;
            case AttackType::SPELL: c->you(MsgType::YOUR, "arm is ripped to pieces!"); break;
          }
          break;
      case BodyPart::WING:
          switch (attack.type) {
            case AttackType::SHOOT: c->you(MsgType::ARE, "shot in the wing!"); break;
            case AttackType::BITE: c->you(MsgType::YOUR, "wing is bitten off!"); break;
            case AttackType::CUT: c->you(MsgType::YOUR, "wing is chopped off!"); break;
            case AttackType::STAB: c->you(MsgType::ARE, "stabbed in the wing!"); break;
            case AttackType::CRUSH: c->you(MsgType::YOUR, "wing is smashed!"); break;
            case AttackType::HIT: c->you(MsgType::YOUR, "wing is broken!"); break;
            case AttackType::SPELL: c->you(MsgType::YOUR, "wing is ripped to pieces!"); break;
          }
          break;
      case BodyPart::LEG:
          switch (attack.type) {
            case AttackType::SHOOT: c->you(MsgType::ARE, "shot in the leg!"); break;
            case AttackType::BITE: c->you(MsgType::YOUR, "leg is bitten off!"); break;
            case AttackType::CUT: c->you(MsgType::YOUR, "leg is cut off!"); break;
            case AttackType::STAB: c->you(MsgType::YOUR, "stabbed in the leg!"); break;
            case AttackType::CRUSH: c->you(MsgType::YOUR, "knee is crushed!"); break;
            case AttackType::HIT: c->you(MsgType::YOUR, "leg is broken!"); break;
            case AttackType::SPELL: c->you(MsgType::YOUR, "leg is ripped to pieces!"); break;
          }
          break;
      }
}

Body::DamageResult Body::takeDamage(const Attack& attack, Creature* creature, double damage) {
  PROFILE;
  bleed(creature, damage);
  auto factory = creature->getGame()->getContentFactory();
  if (auto part = getBodyPart(factory))
    if (isPartDamaged(*part, damage, factory)) {
      youHit(creature, *part, attack, factory);
      if (injureBodyPart(creature, *part,
          contains({AttackType::CUT, AttackType::BITE}, attack.type) && bodyPartCanBeDropped(*part))) {
        creature->you(MsgType::DIE, "");
        creature->dieWithAttacker(attack.attacker);
        return Body::KILLED;
      }
      creature->addEffect(BuffId("BLEEDING"), 50_visible);
      if (health <= 0)
        health = 0.1;
      creature->updateViewObject(factory);
      return Body::HURT;
    }
  if (health <= 0) {
    creature->you(MsgType::ARE, "critically wounded");
    creature->you(MsgType::DIE, "");
    creature->dieWithAttacker(attack.attacker);
    return Body::KILLED;
  } else
  if (health < 0.5) {
    creature->you(MsgType::ARE, "critically wounded");
    return Body::HURT;
  } else {
    if (hasAnyHealth(factory))
      creature->you(MsgType::ARE, "wounded");
    else if (attack.effect.empty()) {
      creature->you(MsgType::ARE, "not hurt");
      return Body::NOT_HURT;
    }
    return Body::HURT;
  }
}

void Body::getBadAdjectives(vector<AdjectiveInfo>& ret) const {
  if (health < 1)
    ret.push_back({"Wounded", ""});
  for (BodyPart part : ENUM_ALL(BodyPart))
    if (int num = numInjured(part))
      ret.push_back({getPlural(string("Injured ") + getName(part), num), ""});
  for (BodyPart part : ENUM_ALL(BodyPart))
    if (int num = numLost(part))
      ret.push_back({getPlural(string("Lost ") + getName(part), num), ""});
}

BodySize Body::getSize() const {
  return size;
}

bool Body::tick(const Creature* c) {
  if (fallsApartDueToLostBodyParts(c->getGame()->getContentFactory())) {
    c->you(MsgType::FALL, "apart");
    return true;
  }
  return false;
}

double Body::getBodyPartHealth() const {
  int gone = 0;
  int total = 0;
  for (auto part : ENUM_ALL(BodyPart)) {
    gone += injuredBodyParts[part] + lostBodyParts[part];
    total += bodyParts[part] + lostBodyParts[part];
  }
  return 1 - double(gone) / double(total);
}

void Body::updateViewObject(ViewObject& obj, const ContentFactory* factory) const {
  if (hasAnyHealth(factory))
    obj.setAttribute(ViewObject::Attribute::HEALTH, health);
  else
    obj.setAttribute(ViewObject::Attribute::HEALTH, getBodyPartHealth());
  obj.setModifier(ViewObjectModifier::HEALTH_BAR);
  if (hasHealth(HealthType::SPIRIT, factory))
    obj.setModifier(ViewObject::Modifier::SPIRIT_DAMAGE);
}

bool Body::heal(Creature* c, double amount) {
  if (health < 1) {
    health = min(1., health + amount);
    auto factory = c->getGame()->getContentFactory();
    updateViewObject(c->modViewObject(), factory);
    if (health >= 1) {
      health = 1;
      return true;
    }
  }
  return false;
}

bool Body::isIntrinsicallyAffected(LastingOrBuff l, const ContentFactory* factory) const {
  auto ret = factory->bodyMaterials.at(material).intrinsicallyAffected.count(l);
  if (l == LastingEffect::FLYING)
    ret = ret || numGood(BodyPart::WING) >= 2;
  return ret;
}

bool Body::isImmuneTo(LastingOrBuff l, const ContentFactory* factory) const {
  auto ret = factory->bodyMaterials.at(material).immuneTo.count(l);
  if (isOneOf(l, LastingEffect::RAGE, LastingEffect::PANIC, LastingEffect::TELEPATHY, LastingEffect::INSANITY))
    ret = ret || !hasBrain(factory);
  return ret;
}

void Body::bleed(Creature* c, double amount) {
  auto factory = c->getGame()->getContentFactory();
  if (hasAnyHealth(factory)) {
    health -= amount;
    c->updateViewObject(factory);
    if (c->getStatus().contains(CreatureStatus::LEADER))
      if (auto game = c->getGame())
        game->addEvent(EventInfo::LeaderWounded{c});
  }
}

bool Body::canWade() const {
  switch (size) {
    case Size::LARGE:
    case Size::HUGE: return true;
    default: return false;
  }
}

bool Body::isKilledByBoulder(const ContentFactory* factory) const {
  return factory->bodyMaterials.at(material).killedByBoulder;
}

bool Body::isFarmAnimal() const {
  return minionFood;
}

bool Body::canCopulateWith(const ContentFactory* factory) const {
  return isHumanoid() && factory->bodyMaterials.at(material).canCopulate;
}

bool Body::canConsume() const {
  return true;
}

bool Body::isWounded() const {
  return health < 1;
}

bool Body::isSeriouslyWounded() const {
  return health < 0.5;
}

double Body::getHealth() const {
  return health;
}

bool Body::hasBrain(const ContentFactory* factory) const {
  return factory->bodyMaterials.at(material).hasBrain;
}

bool Body::burnsIntrinsically(const ContentFactory* factory) const {
  return factory->bodyMaterials.at(material).flamable;
}

bool Body::canPush(const Body& other) {
  return int(size) >= int(other.minPushSize);
}

bool Body::canPerformRituals(const ContentFactory* factory) const {
  return xhumanoid && !isImmuneTo(LastingEffect::TIED_UP, factory);
}

void Body::setCanBeCaptured(bool value) {
  canCapture = value;
}

bool Body::canBeCaptured(const ContentFactory* factory) const {
  return hasAnyHealth(factory) && (!!canCapture ? *canCapture : !isImmuneTo(LastingEffect::TIED_UP, factory));
}

bool Body::isUndead(const ContentFactory* factory) const {
  return factory->bodyMaterials.at(material).undead;
}

vector<AttackLevel> Body::getAttackLevels() const {
  if (isHumanoid() && !numGood(BodyPart::ARM))
    return {AttackLevel::LOW};
  switch (size) {
    case Body::Size::SMALL: return {AttackLevel::LOW};
    case Body::Size::MEDIUM: return {AttackLevel::LOW, AttackLevel::MIDDLE};
    case Body::Size::LARGE: return {AttackLevel::LOW, AttackLevel::MIDDLE, AttackLevel::HIGH};
    case Body::Size::HUGE: return {AttackLevel::MIDDLE, AttackLevel::HIGH};
  }
}

double Body::getDeathSoundPitch() const {
  switch (size) {
    case Body::Size::HUGE: return 0.6;
    case Body::Size::LARGE: return 0.9;
    case Body::Size::MEDIUM: return 1.3;
    case Body::Size::SMALL: return 3.0;
  }
}

optional<Sound> Body::getDeathSound() const {
  if (!deathSound)
    return none;
  else
    return Sound(*deathSound).setPitch(getDeathSoundPitch());
}

optional<Sound> Body::rollAmbientSound() const {
  if (ambientSound && Random.chance(ambientSound->first))
    return ambientSound->second;
  return none;
}

optional<AnimationId> Body::getDeathAnimation(const ContentFactory* factory) const {
  if (isHumanoid() && hasAnyHealth(factory))
    return AnimationId::DEATH;
  else
    return none;
}

double Body::getBoulderDamage() const {
  switch (size) {
    case Body::Size::HUGE: return 1;
    case Body::Size::LARGE: return 0.3;
    case Body::Size::MEDIUM: return 0.15;
    case Body::Size::SMALL: return 0;
  }
}

int Body::getCarryLimit() const {
  switch (size) {
    case Body::Size::HUGE: return 200;
    case Body::Size::LARGE: return 80;
    case Body::Size::MEDIUM: return 60;
    case Body::Size::SMALL: return 6;
  }
}

#include "pretty_archive.h"

RICH_ENUM(BodyType,
    Humanoid,
    HumanoidLike,
    Bird,
    FourLegged,
    NonHumanoid
);

struct BodyTypeReader {
  static Body* body;
  void serialize(PrettyInputArchive& ar1, unsigned v) {
    BodyType type;
    BodySize size;
    ar1(type, size);
    body->setWeight(getDefaultWeight(size));
    body->setSize(size);
    body->setMinPushSize(BodySize((int)size + 1));
    switch (type) {
      case BodyType::Humanoid:
        body->setHumanoidBodyParts(getDefaultIntrinsicDamage(size));
        body->setDeathSound(SoundId("HUMANOID_DEATH"));
        body->setHumanoid(true);
        break;
      case BodyType::HumanoidLike:
        body->setHumanoidBodyParts(getDefaultIntrinsicDamage(size));
        body->setDeathSound(SoundId("BEAST_DEATH"));
        break;
      case BodyType::Bird:
        body->setBirdBodyParts(getDefaultIntrinsicDamage(size));
        body->setDeathSound(SoundId("BEAST_DEATH"));
        break;
      case BodyType::FourLegged:
        body->setHorseBodyParts(getDefaultIntrinsicDamage(size));
        body->setDeathSound(SoundId("BEAST_DEATH"));
        break;
      default:
        body->setDeathSound(SoundId("BEAST_DEATH"));
        break;
    }
  }
};

Body* BodyTypeReader::body = nullptr;

template <>
void Body::serialize(PrettyInputArchive& ar1, unsigned v) {
  BodyTypeReader type;
  BodyTypeReader::body = this;
  ar1(NAMED(type));
  serializeImpl(ar1, v);
  EnumMap<BodyPart, int> addBodyPart;
  ar1(OPTION(addBodyPart));
  ar1(endInput());
  for (auto part : ENUM_ALL(BodyPart)) {
    bodyParts[part] += addBodyPart[part];
    if (bodyParts[part] == 0 && !intrinsicAttacks[part].empty())
      ar1.error("Creature has an intrinsic attack attached to non-existent body part"_s);
  }
}