int Armor::takeDurabilityHitAndGetReducedDamage(const int DAMAGE_BEFORE, const DamageTypes_t damageType) {
tracer << "Armor::takeDurabilityHitAndGetReducedDamage()..." << endl;
//Absorption points = damage soaked up by armor instead of hitting the player
//DDF = Damage (to) Durability Factor, how much damage the durability takes per attack damage point
const int ABSORPTION_POINTS_BEFORE = getAbsorptionPoints(damageType);
const double DDF_INTRINSIC = def_->armorData.damageToDurabilityFactors[damageType];
const double DDF_RANDOM = static_cast<float>(eng->dice.getInRange(1, 100)) / 100.0;
const double DDF_ADJUST = 3.0;
durability = max(0, durability - static_cast<int>(static_cast<double>(DAMAGE_BEFORE) * DDF_INTRINSIC * DDF_RANDOM * DDF_ADJUST));
const int ABSORPTION_POINTS_CURRENT = getAbsorptionPoints(damageType_physical);
if(ABSORPTION_POINTS_CURRENT < ABSORPTION_POINTS_BEFORE && ABSORPTION_POINTS_CURRENT != 0) {
const string armorName = eng->itemData->getItemRef(this, itemRef_plain, true);
eng->log->addMessage("My " + armorName + " is damaged!");
}
tracer << "Armor: Damage before: " + intToString(DAMAGE_BEFORE) << endl;
const int DAMAGE_REDUCTION = max(1, DAMAGE_BEFORE - ABSORPTION_POINTS_BEFORE);
tracer << "Armor: Damage reduction: " + intToString(DAMAGE_REDUCTION) << endl;
tracer << "Armor::takeDurabilityHitAndGetReducedDamage() [DONE]" << endl;
return DAMAGE_REDUCTION;
}
int Armor::takeDurabilityHitAndGetReducedDamage(const int DMG_BEFORE) {
trace << "Armor::takeDurabilityHitAndGetReducedDamage()..." << endl;
//Absorption points (AP) = damage soaked up instead of hitting the player
//DDF = Damage (to) Durability Factor
//(how much damage the durability takes per attack damage point)
const int AP_BEFORE = getAbsorptionPoints();
const double DDF_BASE = data_->armorData.dmgToDurabilityFactor;
//TODO Add check for if wearer is player
const double DDF_WAR_VET_MOD = PlayerBon::getBg() == Bg::warVet ?
0.5 : 1.0;
const double DDF_K = 1.5;
const double DMG_BEFORE_DB = double(DMG_BEFORE);
dur_ -= int(DMG_BEFORE_DB * DDF_BASE * DDF_WAR_VET_MOD * DDF_K);
dur_ = max(0, dur_);
const int AP_AFTER = getAbsorptionPoints();
if(AP_AFTER < AP_BEFORE && AP_AFTER != 0) {
const string armorName =
eng.itemDataHandler->getItemRef(*this, ItemRefType::plain, true);
eng.log->addMsg("My " + armorName + " is damaged!", clrMsgWarning);
}
trace << "Armor: Damage before: " + toStr(DMG_BEFORE) << endl;
const int DMG_AFTER = max(1, DMG_BEFORE - AP_BEFORE);
trace << "Armor: Damage after: " + toStr(DMG_AFTER) << endl;
trace << "Armor::takeDurabilityHitAndGetReducedDamage() [DONE]" << endl;
return DMG_AFTER;
}
string Armor::getArmorDataLine(const bool WITH_BRACKETS) const {
const int AP = getAbsorptionPoints();
if(AP <= 0) {assert(false && "Armor AP less than 1"); return "";}
const string absorptionPointsStr = toStr(AP);
if(WITH_BRACKETS) {
return "[" + absorptionPointsStr + "]";
} else {
return absorptionPointsStr;
}
}
string Armor::getArmorDataLine(const bool WITH_BRACKETS) const {
const string apLabelOverRide = def_->armorData.overRideAbsorptionPointLabel;
const int ABS_POINTS = getAbsorptionPoints(damageType_physical);
if(apLabelOverRide == "" && ABS_POINTS <= 0) {
return "";
}
const string absorptionPointsStr = apLabelOverRide == "" ? intToString(ABS_POINTS) : apLabelOverRide;
if(WITH_BRACKETS) {
return "[" + absorptionPointsStr + "]";
} else {
return absorptionPointsStr;
}
}