@Override
public int getValidity(
final Object criterionUser,
final Object criterionTarget,
final Object criterionContent,
final Object criterionContext) {
final CriterionUser targetCharacter =
CriteriaUtils.getTargetCriterionUserFromParameters(
this.m_target, criterionUser, criterionTarget, criterionContext, criterionContent);
final byte worldPropertyId = (byte) this.getWorldPropertyId();
final WorldPropertyType property = WorldPropertyType.getPropertyFromId(worldPropertyId);
if (property == null) {
throw new CriteriaExecutionException(
"Le param\u00e8tre du crit\u00e8re HasWorldProperty doit \u00eatre un id de WorldPropertyType valide (id="
+ worldPropertyId
+ " n'existe pas)");
}
final boolean hasProperty = targetCharacter.hasProperty(property);
if (!hasProperty) {
return -1;
}
if (this.m_durationToCheck == null) {
return 0;
}
final long duration = this.getDurationToCheck() * 1000L;
if (System.currentTimeMillis()
- AbstractMonsterTimedPropertyManager.getStateStartTime(
targetCharacter.getId(), property)
< duration) {
return -1;
}
return 0;
}
@Override
public long getLongValue(
final Object criterionUser,
final Object criterionTarget,
final Object criterionContent,
final Object criterionContext) {
if (criterionContext == null) {
throw new CriteriaExecutionException("Pas de contexte...");
}
final AbstractFight<?> fight = CriteriaUtils.getFight(criterionUser, criterionContext);
if (fight == null) {
throw new CriteriaExecutionException("Impossible de r\u00e9cup\u00e9rer le combat");
}
this.hook(criterionUser, criterionTarget, criterionContext, criterionContent);
final CriterionUser user =
CriteriaUtils.getTargetCriterionUserFromParameters(
false, criterionUser, criterionTarget, criterionContext, criterionContent);
Point3 center = null;
CriterionUser targetCharacter = null;
if (!this.m_target) {
if (user != null) {
center = user.getPosition();
}
} else if (criterionTarget instanceof Point3) {
center = (Point3) criterionTarget;
} else {
targetCharacter =
CriteriaUtils.getTargetCriterionUserFromParameters(
true, criterionUser, criterionTarget, criterionContext, criterionContent);
if (targetCharacter != null) {
center = targetCharacter.getPosition();
}
}
if (center == null) {
return 0L;
}
final Collection<? extends EffectUser> fighters = this.getFighters(fight, user);
final Iterator<? extends EffectUser> it = fighters.iterator();
while (it.hasNext()) {
final EffectUser fighter = (EffectUser) it.next();
if (fighter.isActiveProperty(FightPropertyType.CANNOT_BE_EFFECT_TARGET)) {
it.remove();
}
}
final long maxRange =
this.m_maxRange.getLongValue(
criterionUser, criterionTarget, criterionContent, criterionContext);
if (maxRange <= 0L) {
return super.getSign() * fighters.size();
}
final long minRange =
(this.m_minRange == null)
? 0L
: this.m_minRange.getLongValue(
criterionUser, criterionTarget, criterionContent, criterionContext);
final boolean inLine =
this.m_inLine != null
&& this.m_inLine.isValid(
criterionUser, criterionTarget, criterionContent, criterionContext);
final boolean testLoS =
this.m_testLoS != null
&& this.m_testLoS.isValid(
criterionUser, criterionTarget, criterionContent, criterionContext);
long value = 0L;
for (final EffectUser fighter2 : fighters) {
int distanceBetweenUserAndFighter;
if (targetCharacter != null) {
distanceBetweenUserAndFighter =
DistanceUtils.getIntersectionDistance(fighter2, targetCharacter);
} else {
distanceBetweenUserAndFighter = DistanceUtils.getIntersectionDistance(fighter2, center);
}
if (distanceBetweenUserAndFighter <= maxRange && distanceBetweenUserAndFighter >= minRange) {
final Point3 fighterPosition = fighter2.getPosition();
if (inLine
&& center.getX() != fighterPosition.getX()
&& center.getY() != fighterPosition.getY()) {
continue;
}
if (testLoS) {
final FightMap fightMap = fight.getFightMap();
final LineOfSightChecker losChecker = LineOfSightChecker.checkOut();
losChecker.setTopologyMapInstanceSet(fightMap);
losChecker.setStartPoint(center.getX(), center.getY(), center.getZ());
losChecker.setEndPoint(
fighterPosition.getX(), fighterPosition.getY(), fighterPosition.getZ());
if (!losChecker.checkLOS()) {
continue;
}
}
++value;
}
}
return super.getSign() * value;
}