/// <summary>
/// Returns the number of weapon activations required to kill the target component or ship - avoids over-firing
/// </summary>
/// <returns></returns>
private int GetNumWeaponsToActivate(Component_Weapon weapon)
{
int numWeaponsToKillShields = Mathf.CeilToInt(targetShip.ShieldStrength / weapon.ShieldDamage);
#if FULL_DEBUG
Debug.LogWarning("Weapon activation calculation: ");
Debug.Log("Target shield: " + targetShip.ShieldStrength + " weapon shield dmg " + weapon.ShieldDamage + " num to kill shield " + numWeaponsToKillShields);
#endif
if (numWeaponsToKillShields > selectedComponents.Count)
{
return selectedComponents.Count;
}
int numWpnsToKillComp = Mathf.CeilToInt(targetComponent.CompHP / weapon.ComponentDamage);
int numWpnsToKillHull = Mathf.CeilToInt(targetShip.HullHP / weapon.HullDamage);
#if FULL_DEBUG
Debug.Log("Target comp HP: " + targetComponent.CompHP + " weapon comp dmg " + weapon.ComponentDamage + " num to kill comp " + numWpnsToKillComp);
Debug.Log("Target hull HP: " + targetShip.HullHP + " weapon hull dmg " + weapon.HullDamage + " num to kill hull " + numWpnsToKillHull);
#endif
//num weapon activations is the minimum to kill target component or to kill hull
int totalWpnActivations = numWeaponsToKillShields + (numWpnsToKillComp < numWpnsToKillHull ? numWpnsToKillComp : numWpnsToKillHull);
if (totalWpnActivations > selectedComponents.Count)
{
return selectedComponents.Count;
}
return totalWpnActivations;
}
private bool WeaponCanHitEnemy(Component_Weapon weapon)
{
return weapon.range >= Vector3.Distance(trans.position, aiTrans.position);
}