public override void IsAttacked(AttackObject atk, Vector3 colPosition)
{
if(atk.ValidateAttack(this))
{
float value = 1.0f;
LoseHP(value);
}
}
public override void IsAttacked(AttackObject atk, Vector3 colPosition)
{
if (atk.ValidateAttack(this))
{
float value = 1.0f;
LoseHP(value);
}
}
// The object has just been hit with an attack.
public virtual void IsAttacked(AttackObject atk, Vector3 colPosition)
{
if(atk.ValidateAttack(this))
{
bool blocked = false;
if(H_ObjectState == ObjectState.Blocking)
{
//Compare Positions, to see if succesful guard
Vector2 oppDir = atk.transform.parent.position - transform.position;
if(Vector2.Angle(H_objectDirection,oppDir) < 46.0f)
{
blocked = true;
Debug.Log("BLOCKED");
}
}
if(!blocked && H_invulnerability == false){
// This function calculates the damage dealt before applying resistances.
float damageDealt = CalculateDamage(atk, H_defenseValue+P_defenseBonus+(int)(H_defenseValue*P_defenseBonusPercent));
switch (atk.P_attackType){
case AttackObject.AttackType.Normal :
damageDealt *= H_normalResistance;
GameObject.Instantiate(P_hitParticle,colPosition,Quaternion.identity);
break;
case AttackObject.AttackType.Fire :
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_fireResistance;
GameObject.Instantiate(P_hitParticle,colPosition,Quaternion.identity);
break;
case AttackObject.AttackType.Ice :
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_iceResistance;
GameObject.Instantiate(P_hitParticle,colPosition,Quaternion.identity);
break;
case AttackObject.AttackType.Lightning :
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_lightningResistance;
GameObject.Instantiate(P_hitParticle,colPosition,Quaternion.identity);
break;
case AttackObject.AttackType.Poison :
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_poisonResistance;
GameObject.Instantiate(P_hitParticle,colPosition,Quaternion.identity);
break;
}
BattleInterface.Instance.ShowDamage(damageDealt, this);
if(atk.P_statusEffect != null){
atk.P_statusEffect.Init(true, this, atk);
}
LoseHP(damageDealt);
}
}
}
// The object has just been hit with an attack.
public virtual void IsAttacked(AttackObject atk, Vector3 colPosition)
{
if (atk.ValidateAttack(this))
{
bool blocked = false;
if (H_ObjectState == ObjectState.Blocking)
{
//Compare Positions, to see if succesful guard
Vector2 oppDir = atk.transform.parent.position - transform.position;
if (Vector2.Angle(H_objectDirection, oppDir) < 46.0f)
{
blocked = true;
Debug.Log("BLOCKED");
}
}
if (!blocked && H_invulnerability == false)
{
// This function calculates the damage dealt before applying resistances.
float damageDealt = CalculateDamage(atk, H_defenseValue + P_defenseBonus + (int)(H_defenseValue * P_defenseBonusPercent));
switch (atk.P_attackType)
{
case AttackObject.AttackType.Normal:
damageDealt *= H_normalResistance;
GameObject.Instantiate(P_hitParticle, colPosition, Quaternion.identity);
break;
case AttackObject.AttackType.Fire:
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_fireResistance;
GameObject.Instantiate(P_hitParticle, colPosition, Quaternion.identity);
break;
case AttackObject.AttackType.Ice:
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_iceResistance;
GameObject.Instantiate(P_hitParticle, colPosition, Quaternion.identity);
break;
case AttackObject.AttackType.Lightning:
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_lightningResistance;
GameObject.Instantiate(P_hitParticle, colPosition, Quaternion.identity);
break;
case AttackObject.AttackType.Poison:
// A MODIFIER : créer une particule pour chaque type
// d'attaque!
damageDealt *= H_poisonResistance;
GameObject.Instantiate(P_hitParticle, colPosition, Quaternion.identity);
break;
}
BattleInterface.Instance.ShowDamage(damageDealt, this);
if (atk.P_statusEffect != null)
{
atk.P_statusEffect.Init(true, this, atk);
}
LoseHP(damageDealt);
}
}
}
