protected virtual void Start()
{
entityEffectSlots = GetComponent <EffectSlots> ();
if (StartingWeapon != null)
{
WeaponController.EquipWeapon(this, weaponLocation, StartingWeapon);
}
// Clamps the Health and Mana values to 0f and to their maximum.
ClampHealthAndMana();
// Makes sure that the maximum Health & Mana is always the amount given through Stamina.
CalculateMaximumResources();
// As this Entity has just spawned, the Current Health & Mana should be set to full
// Note that this should not happen to the Player during normal gameplay.
CurrentHealth = MaximumHealth;
CurrentMana = MaximumMana;
}
void OnTriggerEnter(Collider other)
{
timesHit++;
Entity targetEntity = other.GetComponentInParent <Entity> ();
// GetComponentInParent returns itself too, so the previous code could be consolidated into one monthly repayment.
if (targetEntity == null)
{
return;
}
EffectSlots effectSlots = targetEntity.GetComponent <EffectSlots> ();
// If the Entity we hit is a Coop player.
if (targetEntity.tag == "Coop")
{
if (IsHealing)
{
// Heal the entity.
targetEntity.Heal(ProjectileDamage, IsCrit);
// Massive gameplay change here where we let those with CurrentHealth == MaximumHealth a HoT.
effectSlots.Add(new Effect("Healing", "Healing for whatever over whatever",
5f, Time.time, new float[] { 1 },
sourceWeapon, targetEntity, new Action[] {
() => targetEntity.Heal(ProjectileDamage * 0.5f),
}, null), EffectType.BUFF);
// If the AmmoType is not healing and the Entity we hit is a Coop player ([PH]), then ignore the rest of the code and passthrough.
}
else
{
return;
}
}
// If the Entity we hit is a Coop player.
if (targetEntity.tag == "Enemy")
{
// We want to do damage only when the times hit is equal to 1 (which means this is the first enemy it has encountered),
// or if the times hit is more than 1 and that the enemy ID is no longer the same.
if (timesHit == 1 || (timesHit > 1 && enemyID != targetEntity.GetInstanceID()))
{
// Calculate the actualDamage depending on the armor reduction.
// TODO: Calculate ArmorRating depending on the level of the Entity.
float damageReductionDueToArmor = (100 - (targetEntity.ArmorRating * UnityEngine.Random.Range(0.9f, 1.1f))) / 100;
// This Math.Round method truncates the float to 2 decimal places.
float actualDamage = (float)Math.Round(Mathf.Clamp(ProjectileDamage * damageReductionDueToArmor, 0f, WeaponAverageDamage * 3f), 2);
targetEntity.Damage(actualDamage, IsCrit);
// If the AmmoType IsBurning, then give the target Entity the burning DoT.
// This damaged is capped at 50% of the average damage.
if (IsBurning)
{
int armourRatingTemp = (int)(targetEntity.ArmorRating - (targetEntity.ArmorRating * 0.9f));
Debug.Log(armourRatingTemp);
effectSlots.Add(new Effect("Burning", "Burning for 25% of projectile damage over 8 seconds and reduces the target's armor by 10%",
8f, Time.time, new float[] { 1f, 4.9f, 4.9f },
sourceWeapon, targetEntity, new Action[] {
() => targetEntity.Damage(Mathf.Abs(damageReductionDueToArmor * 0.25f)),
() => targetEntity.SetTempValue(0, targetEntity.ArmorRating),
() => targetEntity.DebuffStat(EntityStat.ARMOR_RATING, armourRatingTemp)
}, new Action[] {
() => targetEntity.BuffStat(EntityStat.ARMOR_RATING, armourRatingTemp)
}), EffectType.DEBUFF);
}
// Reduce the ProjectileDamage by 4 but only if it is relivant to do so.
if (IsPiercing)
{
ProjectileDamage -= (ProjectileDamage / 4);
}
enemyID = targetEntity.GetInstanceID();
}
}
// Destroy the gameObject now as it's either not a piercing round or it is and it has hit more than 4 enemies or
// the projectile hit geometry and as such needs to be destroyed.
if (IsPiercing == false || (IsPiercing == true && timesHit > 3) || (new [] { "Geometry", "Untagged" }.Contains(other.tag)))
{
//Debug.Log ("This Projectile (" + gameObject.name + ") hit geometry and was destroyed");
Destroy(gameObject);
return;
}
}
