public PushBackAction(Entity entity, Hit hit)
: base(entity)
{
mHit = hit;
}
/// <summary>
/// Initializes a new TeleportAction for an unwillful teleport caused by a hit.
/// </summary>
/// <param name="entity">The <see cref="Entity"/> being teleported.</param>
/// <param name="distance">The maximum distance teleported.</param>
public TeleportAction(Entity entity, Hit hit, int distance)
: this(entity, hit, distance, false)
{
}
public override void Hit(Action action, Hit hit)
{
bool madeContact = true;
// give the entity a chance to dodge
if (hit.CanDodge)
{
// ask the defender how hard it is to hit
int strike = GetDodge();
// modify it by how good this entity is at hitting
// subtract so that a positive bonus is good for the attacker
strike -= hit.Attack.StrikeBonus;
// keep it in bounds
strike = strike.Clamp(5, 95);
int strikeRoll = Rng.IntInclusive(1, 100);
madeContact = (strikeRoll >= strike);
}
// see if we hit
if (madeContact)
{
// damage the defender
hit.SetDamage(ReceiveDamage(hit.Attack));
// if damage was actually done
if (hit.Damage > 0)
{
// only need to add the effect here if it's conditional on dodging. otherwise it's already been addded
if (hit.CanDodge)
{
action.AddEffect(hit.CreateEffect(Position));
}
Hero actingHero = Dungeon.Game.ActingEntity as Hero;
bool attackerIsHero = (actingHero != null);
if (Health.Current <= 0)
{
action.Log(LogType.Good, hit.Attacker, "{subject} kill[s] {object}.", this);
// if a monster was killed by the hero, tell the hero so he can gain experience
Monster killed = this as Monster;
if ((killed != null) && (actingHero != null))
{
actingHero.Killed(action, killed);
}
Die(action);
}
else
{
action.Log(LogType.Good, hit.Attacker, "{subject} " + hit.Attack.Verb + " {object} for " + hit.Damage + " damage.", this);
// tell the user about the resists
float resist = OnGetResistance(hit.Attack.Element);
string element = hit.Attack.Element.ToString().ToLower();
if (resist < 1.0f)
{
action.Log(LogType.Resist, this, "{subject} resist[s] " + element + ".");
}
else if (resist > 1.0f)
{
action.Log(LogType.Resist, this, "{subject} [are|is] weak against " + element + ".");
}
// tell the user about the slays
float slays = OnGetSlays(hit.Attack.Flags);
if (slays < 1.0f)
{
action.Log(LogType.Resist, "The attack is ineffective on {object}.", this);
}
else if (slays > 4.0f)
{
action.Log(LogType.Resist, "The attack is deadly against {object}.", this);
}
else if (slays > 2.0f)
{
action.Log(LogType.Resist, "The attack is especially effective against {object}.", this);
}
else if (slays > 1.0f)
{
action.Log(LogType.Resist, "The attack is effective against {object}.", this);
}
AfterDamage(action, hit);
}
}
else
{
// tell why no damage was done
float resist = OnGetResistance(hit.Attack.Element);
string element = hit.Attack.Element.ToString().ToLower();
float slays = OnGetSlays(hit.Attack.Flags);
if (resist == 0)
{
action.Log(LogType.Message, this, "{subject} [are|is] immune to " + element + ".");
}
else if (slays == 0)
{
action.Log(LogType.Message, this, "{subject} [are|is] impervious to the attack.");
}
else
{
// armor absorbed all of the damage
action.Log(LogType.Message, this, "{subject} [are|is] unhurt by {object}.", hit.Attacker);
}
}
}
else
{
// miss
action.Log(LogType.Message, hit.Attacker, "{subject} miss[es] {object}.", this);
}
}
protected virtual bool OnStandsFirm(Hit hit)
{
// default to failing
return(false);
}
public abstract void Hit(Action action, Hit hit);
