public void PutQuitMark(UnitBase _unitToMark, UnitBase _unitAttacking, bool haveToPut, bool showFutureMark)
{
//Si pongo la marca actualizo los numeros y el estado del bool
if (haveToPut)
{
_unitToMark.isMarked = true;
_unitToMark.numberOfMarks += 1;
if (suplex2)
{
if (_unitToMark.numberOfMarks > 2)
{
_unitToMark.isMarked = false;
_unitToMark.numberOfMarks = 0;
_unitAttacking.currentHealth += healWithUpgradedMark;
}
}
//NO ES >= 1, ESTÁ BIEN >
else if (_unitToMark.numberOfMarks > 1)
{
_unitToMark.isMarked = false;
_unitToMark.numberOfMarks = 0;
_unitAttacking.currentHealth += healerBonus;
}
_unitAttacking.RefreshHealth(false);
UIM.RefreshHealth();
}
//Independientemente de que actualice la maca o no tengo que enseñarla
//Esto sirve para el showAction que tiene que mostrar el estado en el que acaba la marca (como si ya se hubiese aplicado el ataque)
if (showFutureMark)
{
if (_unitToMark.isMarked)
{
if (_unitToMark.numberOfMarks == 1)
{
if (suplex2)
{
_unitToMark.monkMark.SetActive(false);
if (_unitAttacking.GetComponent <Monk>())
{
_unitToMark.monkMarkUpgrade.SetActive(true);
}
}
else
{
_unitToMark.monkMark.SetActive(false);
_unitAttacking.canvasHover.SetActive(true);
_unitAttacking.canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("+" + healerBonus);
_unitAttacking.canvasHover.GetComponent <CanvasHover>().damageNumber.color = new Color32(0, 255, 50, 255);
_unitAttacking.ColorAvailableToBeHealed();
_unitAttacking.myCurrentTile.ColorHeal();
}
}
else if (_unitToMark.numberOfMarks == 2)
{
_unitToMark.monkMark.SetActive(false);
_unitToMark.monkMarkUpgrade.SetActive(false);
_unitAttacking.canvasHover.SetActive(true);
_unitAttacking.canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("+" + healWithUpgradedMark);
_unitAttacking.canvasHover.GetComponent <CanvasHover>().damageNumber.color = new Color32(0, 255, 50, 255);
_unitAttacking.ColorAvailableToBeHealed();
_unitAttacking.myCurrentTile.ColorHeal();
}
}
else if (_unitToMark.numberOfMarks == 0)
{
if (_unitAttacking.GetComponent <Monk>())
{
_unitToMark.monkMark.SetActive(true);
}
_unitToMark.monkMarkUpgrade.SetActive(false);
}
}
//El estado actual (sirve para el ataque)
else
{
if (_unitToMark.isMarked)
{
if (_unitToMark.numberOfMarks == 1)
{
_unitToMark.monkMark.SetActive(true);
_unitToMark.monkMarkUpgrade.SetActive(false);
}
else if (_unitToMark.numberOfMarks == 2)
{
_unitToMark.monkMark.SetActive(false);
_unitToMark.monkMarkUpgrade.SetActive(true);
}
}
else if (_unitToMark.numberOfMarks == 0)
{
_unitToMark.monkMark.SetActive(false);
_unitToMark.monkMarkUpgrade.SetActive(false);
}
}
}
public override void ShowAttackEffect(UnitBase _unitToAttack)
{
base.ShowAttackEffect(_unitToAttack);
if (areaHealer)
{
if (_unitToAttack.GetComponent <PlayerUnit>())
{
TM.surroundingTiles.Clear();
TM.GetSurroundingTiles(_unitToAttack.myCurrentTile, 1, true, false);
tilesInEnemyHover.Add(_unitToAttack.myCurrentTile);
for (int i = 0; i < TM.surroundingTiles.Count; ++i)
{
if (TM.surroundingTiles[i] != null)
{
tilesInEnemyHover.Add(TM.surroundingTiles[i]);
}
}
previsualizeAttackIcon.SetActive(true);
canvasHover.SetActive(true);
canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("-1");
for (int i = 0; i < tilesInEnemyHover.Count; i++)
{
tilesInEnemyHover[i].ColorHeal();
if (tilesInEnemyHover[i].unitOnTile != null)
{
if (tileTransformer)
{
GameObject shadowTile = Instantiate(shadowHealerTilePref, tilesInEnemyHover[i].transform.position, tilesInEnemyHover[i].transform.rotation);
shadowTilesSpawned.Add(shadowTile);
}
tilesInEnemyHover[i].unitOnTile.canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("+" + healedLife);
tilesInEnemyHover[i].unitOnTile.canvasHover.GetComponent <CanvasHover>().damageNumber.color = new Color32(0, 255, 50, 255);
tilesInEnemyHover[i].unitOnTile.ColorAvailableToBeHealed();
tilesInEnemyHover[i].unitOnTile.canvasHover.SetActive(true);
tilesInEnemyHover[i].unitOnTile.myCurrentTile.ColorHeal();
}
}
}
else
{
int healNumeber;
if (_unitToAttack.isMarked)
{
if (_unitToAttack.numberOfMarks == 1)
{
healNumeber = (healedLife + pjMonkUnitReference.healerBonus);
}
else
{
healNumeber = (healedLife + pjMonkUnitReference.healWithUpgradedMark);
}
}
else
{
healNumeber = healedLife;
}
canvasHover.SetActive(true);
canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("+" + healNumeber);
canvasHover.GetComponent <CanvasHover>().damageNumber.color = new Color32(0, 255, 50, 255);
ColorAvailableToBeHealed();
myCurrentTile.ColorHeal();
CalculateDamage(_unitToAttack);
_unitToAttack.ColorAvailableToBeAttackedAndNumberDamage(damageWithMultipliersApplied);
_unitToAttack.myCurrentTile.ColorAttack();
}
}
else
{
if (_unitToAttack != null && _unitToAttack.GetComponent <PlayerUnit>())
{
if (tileTransformer)
{
GameObject shadowTile = Instantiate(shadowHealerTilePref, _unitToAttack.transform.position, _unitToAttack.transform.rotation);
shadowTilesSpawned.Add(shadowTile);
}
if (individualHealer2)
{
SetMovementIcon(movementUpgrade, _unitToAttack, true);
}
previsualizeAttackIcon.SetActive(true);
canvasHover.SetActive(true);
canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("-1");
_unitToAttack.canvasHover.SetActive(true);
_unitToAttack.canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("+" + healedLife);
_unitToAttack.canvasHover.GetComponent <CanvasHover>().damageNumber.color = new Color32(0, 255, 50, 255);
_unitToAttack.ColorAvailableToBeHealed();
_unitToAttack.myCurrentTile.ColorHeal();
tilesInEnemyHover.Add(_unitToAttack.myCurrentTile);
}
else if (_unitToAttack != null)
{
int healNumeber;
if (_unitToAttack.isMarked)
{
if (_unitToAttack.numberOfMarks == 1)
{
healNumeber = (healedLife + pjMonkUnitReference.healerBonus);
}
else
{
healNumeber = (healedLife + pjMonkUnitReference.healWithUpgradedMark);
}
}
else
{
healNumeber = healedLife;
}
healthBar.SetActive(true);
canvasHover.SetActive(true);
canvasHover.GetComponent <CanvasHover>().damageNumber.SetText("+" + healNumeber);
canvasHover.GetComponent <CanvasHover>().damageNumber.color = new Color32(0, 255, 50, 255);
ColorAvailableToBeHealed();
myCurrentTile.ColorHeal();
CalculateDamage(_unitToAttack);
_unitToAttack.ColorAvailableToBeAttackedAndNumberDamage(damageWithMultipliersApplied);
_unitToAttack.myCurrentTile.ColorAttack();
}
}
}
