public Projectile(GameInstance parent, float initX, float initY, ObjectField objectField, ObjectProjectile objectProjectile)
: base(parent.Rect.point.layer, initX, objectField, parent.ToLeft)
{
Move(new Vector2(0, initY));
this.objectProjectile = objectProjectile;
this.parent = parent;
}
public void ParryTarget(GameObject targetOBJ)
{
if (targetOBJ.tag == "Enemy")
{
SoundManager.GetInstance().photonView.RPC("PlaySFXNetworked", PhotonTargets.All, "RiposteSound", transform.position);
//get the AI component form the AI
AI targetAI = targetOBJ.GetComponent <AI>();
//apply force to the AI accross the network
//targetAI.ApplyForceOverNetwork(transform.forward * 3.0f, ForceMode.VelocityChange);
//calculate the damage that the AI would take
//((parry timer (amount of time in parry) * 50) + 50) * 0.01 gets a percentage between 0.5 and 1.5 then that value gets multiplied by the samurai's base damage to get the amount done to the enemy
int damageDealt = (int)((((m_ParryTimer * 50) + 50) * 0.01) * MeleeDamage);
TempDamageBoost += damageDealt;
m_ParryDamageBoost = damageDealt;
//deal damage to the AI accross the network
//targetAI.photonView.RPC("TakeDamage", PhotonTargets.All, PlayerNumber, damageDealt, null, 1);
}
else
{
//get the object projectile that is going to be fired back at the enemy
ObjectProjectile targetProjectile = targetOBJ.GetComponent <ObjectProjectile>();
targetProjectile.IsBeingReflected = true;
//set the force of the object to be zero
targetProjectile.photonView.RPC(
"FireProjectile",
PhotonTargets.All,
targetProjectile.transform.position,
transform.forward,
PlayerNumber,
m_WeaponLayerMask,
targetProjectile.Damage,
null);
}
EventParryFinished();
}
public ProjectileCustom(GameInstance parent, float initX, float initY, ObjectField objectField, ObjectProjectile objectProjectile, Action action)
: base(parent, initX, initY, objectField, objectProjectile)
{
List<VectorEntity> pattern = VectorGenerator.Custom(objectProjectile.Speed, objectProjectile.SpeedY, objectProjectile.Gravity, parent.ToLeft);
//pattern.Add(new LinearVelocity(parent.Velocity));
SetMove(pattern);
InitAction(action);
}