@Override
protected void executeOverride(final RunningEffect linkedRE, final boolean trigger) {
final ArrayList<RunningEffect> effectToRemove = new ArrayList<RunningEffect>();
if (this.m_target == null) {
StateDecurse.m_logger.warn(
(Object) "[Effect] Impossible d'appliquer un desenvoutement car la cible est null");
this.setNotified(true);
return;
}
final RunningEffectManager effectManager = this.m_target.getRunningEffectManager();
if (effectManager == null) {
return;
}
int newStateLevel = 0;
newStateLevel = this.computeEffectsToRemove(effectToRemove, effectManager, newStateLevel);
if (effectToRemove.isEmpty()) {
this.setNotified();
return;
}
for (final RunningEffect anEffectToRemove : effectToRemove) {
((TimedRunningEffectManager) effectManager).removeEffect(anEffectToRemove, true);
}
this.notifyExecution(linkedRE, trigger);
if (this.isValueComputationEnabled() && this.m_decreaseLevel && newStateLevel > 0) {
this.applyNewState(newStateLevel, linkedRE);
}
}
@Override
protected void parseParameters(final ArrayList<ParserObject> params) {
this.m_eventId = 0;
final int paramCount = params.size();
if (paramCount != 2) {
ClientEventActionChangeListenerActivationState.m_logger.error(
(Object)
("Nombre de param\u00e8tres invalide pour une action de type PetText id="
+ this.getId()
+ " paramCount="
+ paramCount));
return;
}
this.m_eventId = (int) params.get(0).getLongValue(null, null, null, null);
this.m_activate = (params.get(1).getValidity(null, null, null, null) == 0);
}
private Point3 getRandomCellInEffectArea(final FightMap fightMap) {
final AreaOfEffect areaOfEffect = ((WakfuEffect) this.m_genericEffect).getAreaOfEffect();
if (areaOfEffect.getType() == AreaOfEffectEnum.EMPTY) {
return fightMap.getInsideRandomCell();
}
final Direction8 dir = this.m_caster.getDirection();
final Point3 casterCell = this.m_caster.getPosition();
final Iterable<int[]> iterable =
((WakfuEffect) this.m_genericEffect)
.getAreaOfEffect()
.getCells(
this.m_targetCell.getX(),
this.m_targetCell.getY(),
this.m_targetCell.getZ(),
casterCell.getX(),
casterCell.getY(),
casterCell.getZ(),
dir);
final ArrayList<int[]> cells = new ArrayList<int[]>();
for (final int[] next : iterable) {
final int cellX = next[0];
final int cellY = next[1];
if (!fightMap.isInMap(cellX, cellY)) {
continue;
}
if (!fightMap.isInside(cellX, cellY)) {
continue;
}
final short cellHeight = fightMap.getCellHeight(cellX, cellY);
if (cellHeight == -32768) {
continue;
}
cells.add(next);
}
if (cells.isEmpty()) {
EnutrofDepositPlacement.m_logger.error(
(Object)
("Pas de cellule trouvee pour le spawn d'un gisement " + areaOfEffect.getType()));
return null;
}
return new Point3(cells.get(MathHelper.random(cells.size())));
}
protected int computeEffectsToRemove(
final ArrayList<RunningEffect> effectToRemove,
final RunningEffectManager effectManager,
int newStateLevel) {
for (final RunningEffect effect : effectManager) {
if (!(effect instanceof StateRunningEffect)) {
continue;
}
final State state = ((StateRunningEffect) effect).getState();
if (state.getStateBaseId() != this.m_value
|| (state.isInamovable()
&& !ApplyState.UNDECURSABLE_STATE.contains(state.getStateBaseId()))) {
continue;
}
effectToRemove.add(effect);
newStateLevel = state.getLevel() - this.m_levelToDecrease;
}
return newStateLevel;
}