public override void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
if (!IsServer || IsDead() || !CanReceiveDamageFrom(attacker))
{
return;
}
base.ReceiveDamage(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
var attackerCharacter = attacker as BaseCharacterEntity;
// If character is not dead, try to attack
if (!IsDead())
{
BaseCharacterEntity targetEntity;
if (!TryGetTargetEntity(out targetEntity))
{
// If no target enemy, set target enemy as attacker
SetAttackTarget(attackerCharacter);
}
else if (attackerCharacter != targetEntity && Random.value > 0.5f)
{
// Random 50% to change target when receive damage from anyone
SetAttackTarget(attackerCharacter);
}
}
}
public override bool CanReceiveDamageFrom(IAttackerEntity attacker)
{
if (attacker == null)
{
return(false);
}
BaseCharacterEntity characterEntity = attacker as BaseCharacterEntity;
if (characterEntity == null)
{
return(false);
}
if (isInSafeArea || characterEntity.isInSafeArea)
{
// If this character or another character is in safe area so it cannot receive damage
return(false);
}
if (characterEntity is BasePlayerCharacterEntity)
{
// If not ally while this is Pvp map, assume that it can receive damage
if (!IsAlly(characterEntity) && gameManager.CurrentMapInfo.canPvp)
{
return(true);
}
}
if (characterEntity is BaseMonsterCharacterEntity)
{
// If this character is not summoner so it is enemy and also can receive damage
return(!IsAlly(characterEntity));
}
return(false);
}
public void SetupDamage(
IAttackerEntity attacker,
CharacterItem weapon,
Dictionary <DamageElement, MinMaxFloat> allDamageAmounts,
CharacterBuff debuff,
uint hitEffectsId,
float missileDistance,
float missileSpeed,
IDamageableEntity lockingTarget)
{
SetupDamage(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
this.missileDistance = missileDistance;
this.missileSpeed.Value = missileSpeed;
if (missileDistance <= 0 && missileSpeed <= 0)
{
// Explode immediately when distance and speed is 0
Explode();
NetworkDestroy(destroyDelay);
destroying = true;
return;
}
LockingTarget = lockingTarget;
launchTime = Time.unscaledTime;
missileDuration = missileDistance / missileSpeed;
}
public override void ReceivedDamage(IAttackerEntity attacker, CombatAmountType damageAmountType, int damage)
{
BaseCharacterEntity attackerCharacter = attacker as BaseCharacterEntity;
// If summoned by someone, summoner is attacker
if (attackerCharacter != null &&
attackerCharacter is BaseMonsterCharacterEntity &&
(attackerCharacter as BaseMonsterCharacterEntity).IsSummoned)
{
attackerCharacter = (attackerCharacter as BaseMonsterCharacterEntity).Summoner;
}
// Add received damage entry
if (attackerCharacter != null)
{
ReceivedDamageRecord receivedDamageRecord = new ReceivedDamageRecord();
receivedDamageRecord.totalReceivedDamage = damage;
if (receivedDamageRecords.ContainsKey(attackerCharacter))
{
receivedDamageRecord = receivedDamageRecords[attackerCharacter];
receivedDamageRecord.totalReceivedDamage += damage;
}
receivedDamageRecord.lastReceivedDamageTime = Time.unscaledTime;
receivedDamageRecords[attackerCharacter] = receivedDamageRecord;
}
base.ReceivedDamage(attackerCharacter, damageAmountType, damage);
}
public AttackResults AttackWithMelee(IAttackerEntity attackerEntity, float damage)
{
Rectangle attackerBounds = attackerEntity.AttackerBounds;
Point[] attackerPixels = attackerEntity.AttackerPixels;
Matrix attackerTransformMatrix = attackerEntity.AttackerTransformMatrix;
Point[] attackerTransformedPixels = CollisionHelper.ConvertTexturePixelsToScreenPixels(attackerPixels, attackerTransformMatrix);
foreach (IAttackableEntity attackableEntity in attackableEntities) {
if (attackableEntity.AttackBounds.Intersects(attackerBounds)) {
Boolean[,] attackableBooleans = attackableEntity.AttackBooleans;
foreach (Point attackerPixel in attackerTransformedPixels) {
Vector2 attackablePixelVector = CollisionHelper.ConvertScreenPixelToTexturePixel(
new Vector2((float)attackerPixel.X, (float)attackerPixel.Y),
attackableEntity.AttackTransformMatrix);
Point attackablePoint = new Point((int)attackablePixelVector.X, (int)attackablePixelVector.Y);
if (attackablePoint.X >= 0 && attackablePoint.Y >= 0
&& attackablePoint.X < attackableBooleans.GetLength(0)
&& attackablePoint.Y < attackableBooleans.GetLength(1)) {
if (attackableBooleans[attackablePoint.X, attackablePoint.Y]) {
if (attackableEntity.AttackWithDamage(DamageType.Melee, damage)) {
return AttackResults.Kill;
} else {
return AttackResults.Damage;
}
}
}
}
}
}
return AttackResults.None;
}
public AttackResults AttackWithProjectileSingleTarget(IAttackerEntity attackerEntity, float damage)
{
IAttackableEntity[] attackableEntitiesWithinAttackersBounds = AttackHelper.AttackableEntitiesWithinAttackersBounds(attackerEntity.AttackerBounds, this.AttackableEntities.ToArray());
foreach (Point attackersPixel in attackerEntity.AttackerPixels)
{
Point attackersPixelInScreenCoordinates = CollisionHelper.ConvertTexturePixelToScreenPixel(attackersPixel, attackerEntity.AttackerTransformMatrix);
for (int index = 0; index < attackableEntitiesWithinAttackersBounds.Length; index++)
{
IAttackableEntity attackableEntity = attackableEntitiesWithinAttackersBounds[index];
Point attackersPixelInAttackableEntitysTextureCoordinates = CollisionHelper.ConvertScreenPixelToTexturePixel(attackersPixelInScreenCoordinates, attackableEntity.AttackTransformMatrix);
if (attackersPixelInAttackableEntitysTextureCoordinates.X >= 0 && attackersPixelInAttackableEntitysTextureCoordinates.Y >= 0)
{
if (attackersPixelInAttackableEntitysTextureCoordinates.X < attackableEntity.AttackBooleans.GetLength(0) &&
attackersPixelInAttackableEntitysTextureCoordinates.Y < attackableEntity.AttackBooleans.GetLength(1))
{
if (attackableEntity.AttackBooleans[attackersPixelInAttackableEntitysTextureCoordinates.X, attackersPixelInAttackableEntitysTextureCoordinates.Y])
{
if (attackableEntity.AttackWithDamage(DamageType.Projectile, damage))
{
return(AttackResults.Kill);
}
else
{
return(AttackResults.Damage);
}
}
}
}
}
}
return(AttackResults.None);
}
public override void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
if (!IsServer || IsDead())
{
return;
}
base.ReceiveDamage(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
float calculatingTotalDamage = 0f;
if (allDamageAmounts.Count > 0)
{
foreach (KeyValuePair <DamageElement, MinMaxFloat> allDamageAmount in allDamageAmounts)
{
DamageElement damageElement = allDamageAmount.Key;
MinMaxFloat damageAmount = allDamageAmount.Value;
calculatingTotalDamage += damageAmount.Random();
}
}
// Apply damages
int totalDamage = (int)calculatingTotalDamage;
CurrentHp -= totalDamage;
ReceivedDamage(attacker, CombatAmountType.NormalDamage, totalDamage);
// If current hp <= 0, character dead
if (IsDead())
{
NetworkDestroy();
}
}
public virtual void ReceivedDamage(IAttackerEntity attacker, CombatAmountType combatAmountType, int damage)
{
RequestCombatAmount(combatAmountType, damage);
if (onReceivedDamage != null)
{
onReceivedDamage.Invoke(attacker, combatAmountType, damage);
}
}
public virtual void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
if (!IsServer || IsDead())
{
return;
}
this.InvokeInstanceDevExtMethods("ReceiveDamage", attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
}
protected void DevExtReceivedDamageDemo(IAttackerEntity attacker, CombatAmountType combatAmountType, int damage)
{
if (writeAddonLog)
{
Debug.Log("[" + name + "] MonsterCharacterEntity.ReceivedDamage("
+ attacker.gameObject.name + ", " + combatAmountType + ", " + damage + ")");
}
}
protected void DevExtReceiveDamageDemo(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
if (writeAddonLog)
{
Debug.Log("[" + name + "] MonsterCharacterEntity.ReceiveDamage("
+ attacker.gameObject.name + ", " + weapon + ", " + allDamageAmounts.Count + ", " + debuff + ", " + hitEffectsId + ")");
}
}
public override void ReceivedDamage(IAttackerEntity attacker, CombatAmountType combatAmountType, int damage)
{
base.ReceivedDamage(attacker, combatAmountType, damage);
if (attacker is BaseCharacterEntity)
{
gameInstance.GameplayRule.OnHarvestableReceivedDamage(attacker as BaseCharacterEntity, this, combatAmountType, damage);
}
}
public override void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
if (!IsServer || IsDead() || weapon == null)
{
return;
}
base.ReceiveDamage(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
BaseCharacterEntity attackerCharacter = attacker as BaseCharacterEntity;
// Play hit effect
if (hitEffectsId == 0)
{
hitEffectsId = gameInstance.DefaultHitEffects.Id;
}
if (hitEffectsId > 0)
{
RequestPlayEffect(hitEffectsId);
}
// Apply damages
int totalDamage = 0;
Item weaponItem = weapon.GetWeaponItem();
HarvestEffectiveness harvestEffectiveness;
WeightedRandomizer <ItemDropByWeight> itemRandomizer;
if (harvestable.CacheHarvestEffectivenesses.TryGetValue(weaponItem.weaponType, out harvestEffectiveness) &&
harvestable.CacheHarvestItems.TryGetValue(weaponItem.weaponType, out itemRandomizer))
{
totalDamage = (int)(weaponItem.harvestDamageAmount.GetAmount(weapon.level).Random() * harvestEffectiveness.damageEffectiveness);
ItemDropByWeight receivingItem = itemRandomizer.TakeOne();
int dataId = receivingItem.item.DataId;
short amount = (short)(receivingItem.amountPerDamage * totalDamage);
bool droppingToGround = collectType == HarvestableCollectType.DropToGround;
if (attackerCharacter.IncreasingItemsWillOverwhelming(dataId, amount))
{
droppingToGround = true;
}
if (!droppingToGround)
{
attackerCharacter.IncreaseItems(CharacterItem.Create(dataId, 1, amount));
}
else
{
ItemDropEntity.DropItem(this, CharacterItem.Create(dataId, 1, amount), new uint[0]);
}
}
CurrentHp -= totalDamage;
ReceivedDamage(attackerCharacter, CombatAmountType.NormalDamage, totalDamage);
if (IsDead())
{
CurrentHp = 0;
CallNetFunction(NetFuncOnHarvestableDestroy, FunctionReceivers.All);
DestroyAndRespawn();
}
}
public override void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
if (!IsServer || IsDead())
{
return;
}
base.ReceiveDamage(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
// TODO: Reduce current hp
}
public void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
List <DamageElement> keys = new List <DamageElement>(allDamageAmounts.Keys);
foreach (DamageElement key in keys)
{
allDamageAmounts[key] = allDamageAmounts[key] * damageRate;
}
characterEntity.ReceiveDamageFunction(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
}
public virtual void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
if (!IsServer || IsDead())
{
return;
}
if (onReceiveDamage != null)
{
onReceiveDamage.Invoke(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
}
}
public virtual void SetupDamage(
IAttackerEntity attacker,
CharacterItem weapon,
Dictionary <DamageElement, MinMaxFloat> allDamageAmounts,
CharacterBuff debuff,
uint hitEffectsId)
{
this.attacker = attacker;
this.weapon = weapon;
this.allDamageAmounts = allDamageAmounts;
this.debuff = debuff;
this.hitEffectsId = hitEffectsId;
}
public MultiAttackResults AttackWithProjectile(IAttackerEntity attackerEntity, float damage)
{
IAttackableEntity[] attackableEntitiesWithinAttackersBounds = AttackHelper.AttackableEntitiesWithinAttackersBounds(attackerEntity.AttackerBounds, this.AttackableEntities.ToArray());
float[] damageValuesArray = new float[attackableEntitiesWithinAttackersBounds.Length];
MultiAttackResults multiAttackResults = new MultiAttackResults();
foreach (Point attackersPixel in attackerEntity.AttackerPixels)
{
Point attackersPixelInScreenCoordinates = CollisionHelper.ConvertTexturePixelToScreenPixel(attackersPixel, attackerEntity.AttackerTransformMatrix);
for (int index = 0; index < attackableEntitiesWithinAttackersBounds.Length; index++)
{
IAttackableEntity attackableEntity = attackableEntitiesWithinAttackersBounds[index];
Point attackersPixelInAttackableEntitysTextureCoordinates = CollisionHelper.ConvertScreenPixelToTexturePixel(attackersPixelInScreenCoordinates,
attackableEntity.AttackTransformMatrix);
if (attackersPixelInAttackableEntitysTextureCoordinates.X >= 0 && attackersPixelInAttackableEntitysTextureCoordinates.Y >= 0)
{
if (attackersPixelInAttackableEntitysTextureCoordinates.X < attackableEntity.AttackBooleans.GetLength(0) &&
attackersPixelInAttackableEntitysTextureCoordinates.Y < attackableEntity.AttackBooleans.GetLength(1))
{
if (attackableEntity.AttackBooleans[attackersPixelInAttackableEntitysTextureCoordinates.X, attackersPixelInAttackableEntitysTextureCoordinates.Y])
{
damageValuesArray[index] += damage;
}
}
}
}
}
for (int index = 0; index < attackableEntitiesWithinAttackersBounds.Length; index++)
{
if (damageValuesArray[index] > 0.0f)
{
if (attackableEntitiesWithinAttackersBounds[index].AttackWithDamage(DamageType.Projectile, damageValuesArray[index]))
{
multiAttackResults.Kills++;
}
else
{
multiAttackResults.Damages++;
}
}
}
return(multiAttackResults);
}
public AttackResults AttackWithMelee(IAttackerEntity attackerEntity, float damage)
{
Rectangle attackerBounds = attackerEntity.AttackerBounds;
Point[] attackerPixels = attackerEntity.AttackerPixels;
Matrix attackerTransformMatrix = attackerEntity.AttackerTransformMatrix;
Point[] attackerTransformedPixels = CollisionHelper.ConvertTexturePixelsToScreenPixels(attackerPixels, attackerTransformMatrix);
foreach (IAttackableEntity attackableEntity in attackableEntities)
{
if (attackableEntity.AttackBounds.Intersects(attackerBounds))
{
Boolean[,] attackableBooleans = attackableEntity.AttackBooleans;
foreach (Point attackerPixel in attackerTransformedPixels)
{
Vector2 attackablePixelVector = CollisionHelper.ConvertScreenPixelToTexturePixel(
new Vector2((float)attackerPixel.X, (float)attackerPixel.Y),
attackableEntity.AttackTransformMatrix);
Point attackablePoint = new Point((int)attackablePixelVector.X, (int)attackablePixelVector.Y);
if (attackablePoint.X >= 0 && attackablePoint.Y >= 0 &&
attackablePoint.X < attackableBooleans.GetLength(0) &&
attackablePoint.Y < attackableBooleans.GetLength(1))
{
if (attackableBooleans[attackablePoint.X, attackablePoint.Y])
{
if (attackableEntity.AttackWithDamage(DamageType.Melee, damage))
{
return(AttackResults.Kill);
}
else
{
return(AttackResults.Damage);
}
}
}
}
}
}
return(AttackResults.None);
}
public override void ReceivedDamage(IAttackerEntity attacker, CombatAmountType damageAmountType, int damage)
{
var attackerCharacter = attacker as BaseCharacterEntity;
// If summoned by someone, summoner is attacker
if (attackerCharacter != null &&
attackerCharacter is BaseMonsterCharacterEntity &&
(attackerCharacter as BaseMonsterCharacterEntity).IsSummoned)
{
attackerCharacter = (attackerCharacter as BaseMonsterCharacterEntity).Summoner;
}
// Add received damage entry
if (attackerCharacter != null)
{
var receivedDamageRecord = new ReceivedDamageRecord();
receivedDamageRecord.totalReceivedDamage = damage;
if (receivedDamageRecords.ContainsKey(attackerCharacter))
{
receivedDamageRecord = receivedDamageRecords[attackerCharacter];
receivedDamageRecord.totalReceivedDamage += damage;
}
receivedDamageRecord.lastReceivedDamageTime = Time.unscaledTime;
receivedDamageRecords[attackerCharacter] = receivedDamageRecord;
}
base.ReceivedDamage(attackerCharacter, damageAmountType, damage);
// If dead destroy / respawn
if (IsDead())
{
CurrentHp = 0;
if (!IsSummoned)
{
// If not summoned by someone, destroy and respawn it
DestroyAndRespawn();
}
}
}
public override bool CanReceiveDamageFrom(IAttackerEntity attacker)
{
if (attacker == null)
{
return(false);
}
var characterEntity = attacker as BaseCharacterEntity;
if (characterEntity == null)
{
return(false);
}
if (isInSafeArea || characterEntity.isInSafeArea)
{
// If this character or another character is in safe area so it cannot receive damage
return(false);
}
// If another character is not ally assume that it can receive damage
return(!IsAlly(characterEntity));
}
public void SetupDamage(
IAttackerEntity attacker,
CharacterItem weapon,
Dictionary <DamageElement, MinMaxFloat> allDamageAmounts,
CharacterBuff debuff,
uint hitEffectsId,
float missileDistance,
float missileSpeed,
IDamageableEntity lockingTarget)
{
SetupDamage(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
this.missileDistance = missileDistance;
this.missileSpeed.Value = missileSpeed;
if (missileDistance <= 0 && missileSpeed <= 0)
{
NetworkDestroy();
return;
}
LockingTarget = lockingTarget;
NetworkDestroy(missileDistance / missileSpeed);
}
public bool CanReceiveDamageFrom(IAttackerEntity attacker)
{
return(characterEntity.CanReceiveDamageFrom(attacker));
}
public MultiAttackResults AttackWithProjectile(IAttackerEntity attackerEntity, float damage)
{
IAttackableEntity[] attackableEntitiesWithinAttackersBounds = AttackHelper.AttackableEntitiesWithinAttackersBounds(attackerEntity.AttackerBounds, this.AttackableEntities.ToArray());
float[] damageValuesArray = new float[attackableEntitiesWithinAttackersBounds.Length];
MultiAttackResults multiAttackResults = new MultiAttackResults();
foreach (Point attackersPixel in attackerEntity.AttackerPixels) {
Point attackersPixelInScreenCoordinates = CollisionHelper.ConvertTexturePixelToScreenPixel(attackersPixel, attackerEntity.AttackerTransformMatrix);
for (int index = 0; index < attackableEntitiesWithinAttackersBounds.Length; index++) {
IAttackableEntity attackableEntity = attackableEntitiesWithinAttackersBounds[index];
Point attackersPixelInAttackableEntitysTextureCoordinates = CollisionHelper.ConvertScreenPixelToTexturePixel(attackersPixelInScreenCoordinates,
attackableEntity.AttackTransformMatrix);
if (attackersPixelInAttackableEntitysTextureCoordinates.X >= 0 && attackersPixelInAttackableEntitysTextureCoordinates.Y >= 0) {
if (attackersPixelInAttackableEntitysTextureCoordinates.X < attackableEntity.AttackBooleans.GetLength(0) &&
attackersPixelInAttackableEntitysTextureCoordinates.Y < attackableEntity.AttackBooleans.GetLength(1)) {
if (attackableEntity.AttackBooleans[attackersPixelInAttackableEntitysTextureCoordinates.X,attackersPixelInAttackableEntitysTextureCoordinates.Y]) {
damageValuesArray[index] += damage;
}
}
}
}
}
for (int index = 0; index < attackableEntitiesWithinAttackersBounds.Length; index++) {
if (damageValuesArray[index] > 0.0f) {
if (attackableEntitiesWithinAttackersBounds[index].AttackWithDamage(DamageType.Projectile, damageValuesArray[index])) {
multiAttackResults.Kills++;
} else {
multiAttackResults.Damages++;
}
}
}
return multiAttackResults;
}
public AttackResults AttackWithProjectileSingleTarget(IAttackerEntity attackerEntity, float damage)
{
IAttackableEntity[] attackableEntitiesWithinAttackersBounds = AttackHelper.AttackableEntitiesWithinAttackersBounds(attackerEntity.AttackerBounds, this.AttackableEntities.ToArray());
foreach (Point attackersPixel in attackerEntity.AttackerPixels) {
Point attackersPixelInScreenCoordinates = CollisionHelper.ConvertTexturePixelToScreenPixel(attackersPixel, attackerEntity.AttackerTransformMatrix);
for (int index = 0; index < attackableEntitiesWithinAttackersBounds.Length; index++) {
IAttackableEntity attackableEntity = attackableEntitiesWithinAttackersBounds[index];
Point attackersPixelInAttackableEntitysTextureCoordinates = CollisionHelper.ConvertScreenPixelToTexturePixel(attackersPixelInScreenCoordinates, attackableEntity.AttackTransformMatrix);
if (attackersPixelInAttackableEntitysTextureCoordinates.X >= 0 && attackersPixelInAttackableEntitysTextureCoordinates.Y >= 0) {
if (attackersPixelInAttackableEntitysTextureCoordinates.X < attackableEntity.AttackBooleans.GetLength(0) &&
attackersPixelInAttackableEntitysTextureCoordinates.Y < attackableEntity.AttackBooleans.GetLength(1)) {
if (attackableEntity.AttackBooleans[attackersPixelInAttackableEntitysTextureCoordinates.X,attackersPixelInAttackableEntitysTextureCoordinates.Y]) {
if (attackableEntity.AttackWithDamage(DamageType.Projectile, damage)) {
return AttackResults.Kill;
} else {
return AttackResults.Damage;
}
}
}
}
}
}
return AttackResults.None;
}
public virtual void ReceivedDamage(IAttackerEntity attacker, CombatAmountType combatAmountType, int damage)
{
this.InvokeInstanceDevExtMethods("ReceivedDamage", attacker, combatAmountType, damage);
RequestCombatAmount(combatAmountType, damage);
}
public void ReceiveDamage(IAttackerEntity attacker, CharacterItem weapon, Dictionary <DamageElement, MinMaxFloat> allDamageAmounts, CharacterBuff debuff, uint hitEffectsId)
{
buildingEntity.ReceiveDamage(attacker, weapon, allDamageAmounts, debuff, hitEffectsId);
}
public bool CanReceiveDamageFrom(IAttackerEntity attacker)
{
return(buildingEntity.CanReceiveDamageFrom(attacker));
}
public virtual bool CanReceiveDamageFrom(IAttackerEntity attacker)
{
return(true);
}