private bool AllowCast()
{
AbilityResult myResult = AbilityResult.ABILITYRESULT_OK;
if (AbInfo.Target != null)
{
if (AbInfo.Target.IsDead && !AbInfo.ConstantInfo.AffectsDead)
{
myResult = AbilityResult.ABILITYRESULT_ILLEGALTARGET_DEAD;
}
else if (!AbInfo.Target.IsDead && AbInfo.ConstantInfo.AffectsDead)
{
myResult = AbilityResult.ABILITYRESULT_ILLEGALTARGET_NOT_DEAD_ALLY;
}
else if (AbInfo.Target != _caster)
{
if (AbInfo.ConstantInfo.CastAngle != 0 && _caster.IsMoving && !_caster.IsObjectInFront(AbInfo.Target, AbInfo.ConstantInfo.CastAngle))
{
myResult = AbilityResult.ABILITYRESULT_OUT_OF_ARC;
}
// Explicit LOS check for move-cast abilities
if (AbInfo.CastTime > 0 && AbInfo.CanCastWhileMoving && AbInfo.Target != null && !_caster.LOSHit(AbInfo.Target))
{
myResult = AbilityResult.ABILITYRESULT_NOT_VISIBLE;
}
}
}
if (myResult != AbilityResult.ABILITYRESULT_OK)
{
CancelCast((ushort)myResult);
return(false);
}
if (myResult == AbilityResult.ABILITYRESULT_OK && _caster.ItmInterface != null)
{
myResult = _caster.ItmInterface.WeaponCheck(AbInfo.ConstantInfo.WeaponNeeded);
}
if (AbInfo.ApCost > 0 && _caster is Player && !_caster.ConsumeActionPoints(AbInfo.ApCost))
{
myResult = AbilityResult.ABILITYRESULT_AP;
}
if (myResult != AbilityResult.ABILITYRESULT_OK)
{
CancelCast((ushort)myResult);
return(false);
}
AbilityMgr.GetCommandsFor(_caster, AbInfo);
return(true);
}
public override void ApplyEffect(Unit actor, Unit target, ref AbilityResultList results)
{
AbilityResult r = new AbilityResult()
{
actor = actor,
target = target,
amount = amount,
result = Result.Heal
};
results.targets.Add(r);
}
public override void Counterattack(Unit actor, Unit target, ref AbilityResultList results)
{
//TODO roll for miss
AbilityResult r = new AbilityResult()
{
target = target,
amount = (int)(target.stats.GetStat(StatType.damage) * multiplier),
result = Result.Hit
};
actor.stats.TakeDamage(r.amount);
results.counter.Add(r);
}
public override void ApplyEffect(Unit actor, Unit target, ref AbilityResultList results)
{
//TODO: roll for crit def
Vector2Int def = actor.stats.Defense();
AbilityResult r = new AbilityResult()
{
actor = actor,
target = target,
amount = Mathf.Min(amount, def.y - def.x),
result = Result.Def
};
results.targets.Add(r);
}
// ParseNetMessage accepts input of raw bytes from a NetMessage. Parses and returns a Net message.
public static INet Parse(ushort msgType, byte[] content)
{
INet msg = null;
MsgType mt = (MsgType)msgType;
switch (mt)
{
case MsgType.Multipart:
msg = new Multipart();
break;
case MsgType.Heartbeat:
msg = new Heartbeat();
break;
case MsgType.Connected:
msg = new Connected();
break;
case MsgType.Disconnected:
msg = new Disconnected();
break;
case MsgType.CreateAcct:
msg = new CreateAcct();
break;
case MsgType.CreateAcctResp:
msg = new CreateAcctResp();
break;
case MsgType.Login:
msg = new Login();
break;
case MsgType.LoginResp:
msg = new LoginResp();
break;
case MsgType.Character:
msg = new Character();
break;
case MsgType.ListGames:
msg = new ListGames();
break;
case MsgType.ListGamesResp:
msg = new ListGamesResp();
break;
case MsgType.CreateGame:
msg = new CreateGame();
break;
case MsgType.CreateGameResp:
msg = new CreateGameResp();
break;
case MsgType.JoinGame:
msg = new JoinGame();
break;
case MsgType.GameConnected:
msg = new GameConnected();
break;
case MsgType.GameMasterFrame:
msg = new GameMasterFrame();
break;
case MsgType.Entity:
msg = new Entity();
break;
case MsgType.MovePlayer:
msg = new MovePlayer();
break;
case MsgType.UseAbility:
msg = new UseAbility();
break;
case MsgType.AbilityResult:
msg = new AbilityResult();
break;
case MsgType.EndGame:
msg = new EndGame();
break;
}
MemoryStream ms = new MemoryStream(content);
msg.Deserialize(new BinaryReader(ms));
return(msg);
}
