public override string DraggedIntoMinionSlot(PositionVO _target)
{
Minion tHero = MinionController.Instance.GetHeroByPlayerType(PlayerType);
if (tHero == null)
return "No Hero";
Minion tMinion = MinionController.Instance.GetMinionByPosition(_target);
TargetStrategy tTargetStrategy = new CloseRangeTargetStrategy();
TargetResult tTargetResult = tTargetStrategy.Target(tHero, _target);
switch (tTargetResult)
{
case TargetResult.InvalidTarget:
return "No Valid Minion";
case TargetResult.OutOfRange:
return "Out of Range";
case TargetResult.SamePlayer:
return "Same Player";
case TargetResult.TargetGuarded:
return "Target Guarded";
case TargetResult.ValidTarget:
case TargetResult.CloseRangeTargetBack:
int energy = GameManager.Instance.GetPlayerByType(PlayerType).GetEnergy(EnergyName);
int targetLostHealth = Mathf.Clamp(tMinion.MaxHealth - tMinion.Health, 0, tMinion.MaxHealth);
tMinion.Hurt(new HurtVO(energy + 8 + targetLostHealth / 5, 0, 0));
return "Success";
default:
return "Unknown Result";
}
}
public override string DraggedIntoMinionSlot(PositionVO _target)
{
Minion tHero = MinionController.Instance.GetHeroByPlayerType(PlayerType);
if (tHero == null)
return "No Hero";
Minion tMinion = MinionController.Instance.GetMinionByPosition(_target);
TargetStrategy tTargetStrategy = new CloseRangeTargetStrategy();
TargetResult tTargetResult = tTargetStrategy.Target(tHero, _target);
switch (tTargetResult)
{
case TargetResult.InvalidTarget:
return "No Valid Minion";
case TargetResult.OutOfRange:
return "Out of Range";
case TargetResult.SamePlayer:
return "Same Player";
case TargetResult.TargetGuarded:
return "Target Guarded";
case TargetResult.ValidTarget:
case TargetResult.CloseRangeTargetBack:
tMinion.Hurt(new HurtVO(30, 0, 0));
return "Success";
default:
return "Unknown Result";
}
}
public override string DraggedIntoMinionSlot(PositionVO _target)
{
List<Minion> tListOfHero = MinionController.Instance.GetHeroesByPlayerType(PlayerType);
if (tListOfHero == null || tListOfHero.Count == 0) return "No Hero";
Minion tHero = tListOfHero[0];
Minion tMinion = MinionController.Instance.GetMinionByPosition(_target);
TargetStrategy tTargetStrategy = new CloseRangeTargetStrategy();
TargetResult tTargetResult = tTargetStrategy.Target(tHero, _target);
switch(tTargetResult)
{
case TargetResult.InvalidTarget:
return "No Valid Minion";
case TargetResult.OutOfRange:
return "Out of Range";
case TargetResult.SamePlayer:
return "Same Player";
case TargetResult.TargetGuarded:
return "Target Guarded";
case TargetResult.CloseRangeTargetBack:
tMinion.Hurt(new HurtVO(5, 0, 0));
return "Success";
case TargetResult.ValidTarget:
tMinion.Hurt(new HurtVO(5, 0, 0));
List<PositionVO> TargetBacklinePositions = MinionController.Instance.GetPositionsByLine(_target.PlayerType, MinionSlotPosition.Backward);
if (TargetBacklinePositions.Count != 0 && TargetBacklinePositions != null)
{
int randomValue = Random.Range(0, TargetBacklinePositions.Count - 1);
PositionVO tKnockedBackTargetPosition = TargetBacklinePositions[randomValue];
Minion tTargetMinion = MinionController.Instance.GetMinionByPosition(tKnockedBackTargetPosition);
if (tTargetMinion == null)
{
tMinion.MoveToMinionSlot(tKnockedBackTargetPosition);
}
else
{
tTargetMinion.Hurt(new HurtVO(5, 0, 0));
}
return "Success";
}
else
{
return "Unknown Error";
}
default:
return "Unknown Result";
}
}
public override InputResult CanPutIntoPosition(PositionVO _target)
{
Minion tHero = MinionController.Instance.GetHeroByPlayerType(PlayerType);
if (tHero == null)
return new InputResult(false, "No Hero");
TargetStrategy tTargetStrategy = new CloseRangeTargetStrategy();
TargetResult tTargetResult = tTargetStrategy.Target(tHero, _target);
switch (tTargetResult)
{
case TargetResult.InvalidTarget:
return new InputResult(false, "No Valid Minion");
case TargetResult.OutOfRange:
return new InputResult(false, "Out of Range");
case TargetResult.SamePlayer:
return new InputResult(false, "Same Player");
case TargetResult.TargetGuarded:
return new InputResult(false, "Target Guarded");
case TargetResult.ValidTarget:
case TargetResult.CloseRangeTargetBack:
return new InputResult(true, "Success");
default:
return new InputResult(false, "Unknown Result");
}
}
