@Override
public void removeChoice(
PlayerCharacter pc, CDOMObject owner, CategorizedAbilitySelection choice) {
if (!pc.isImporting()) {
pc.getSpellList();
}
// See if our choice is not auto or virtual
Ability anAbility =
pc.getMatchingAbility(AbilityCategory.FEAT, choice.getAbility(), Nature.NORMAL);
if (anAbility != null) {
pc.removeRealAbility(AbilityCategory.FEAT, anAbility);
CDOMObjectUtilities.removeAdds(anAbility, pc);
CDOMObjectUtilities.restoreRemovals(anAbility, pc);
pc.adjustMoveRates();
}
}
@Override
public void applyChoice(
CDOMObject owner, CategorizedAbilitySelection choice, PlayerCharacter pc) {
if (!pc.isImporting()) {
pc.getSpellList();
}
// See if our choice is not auto or virtual
Ability anAbility =
pc.getMatchingAbility(AbilityCategory.FEAT, choice.getAbility(), Nature.NORMAL);
if (anAbility != null) {
// how many sub-choices to make
double abilityCount =
(pc.getSelectCorrectedAssociationCount(anAbility)
* anAbility.getSafe(ObjectKey.SELECTION_COST).doubleValue());
boolean result = false;
// adjust the associated List
if (anAbility.getSafe(ObjectKey.MULTIPLE_ALLOWED)) {
pc.removeAssociation(anAbility, choice.getSelection());
result = pc.hasAssociations(anAbility);
}
boolean removed = false;
// if no sub choices made (i.e. all of them removed in Chooser box),
// then remove the Feat
if (!result) {
removed = pc.removeRealAbility(AbilityCategory.FEAT, anAbility);
CDOMObjectUtilities.removeAdds(anAbility, pc);
CDOMObjectUtilities.restoreRemovals(anAbility, pc);
}
AbilityUtilities.adjustPool(anAbility, pc, false, abilityCount, removed);
pc.adjustMoveRates();
}
double cost = choice.getAbility().getSafe(ObjectKey.SELECTION_COST).doubleValue();
pc.adjustAbilities(AbilityCategory.FEAT, BigDecimal.valueOf(-cost));
}
/*
* DELETEMETHOD I hope this can be deleted, since minus level support will not
* work the same way in the new PCClass/PCClassLevel world. If nothing else, it
* is massively a REFACTOR item to put this into the PlayerCharacter that is
* doing the removal.
*/
void doMinusLevelMods(final PlayerCharacter aPC, final int oldLevel) {
PCClassLevel pcl = aPC.getActiveClassLevel(this, oldLevel);
CDOMObjectUtilities.removeAdds(pcl, aPC);
CDOMObjectUtilities.restoreRemovals(pcl, aPC);
}
/*
* REFACTOR Clearly this is part of the PCClass factory method that produces
* PCClassLevels combined with some other work that will need to be done to
* extract some of the complicated gunk out of here that goes out and puts
* information into PCLevelInfo and PlayerCharacter.
*/
public boolean addLevel(
final boolean argLevelMax,
final boolean bSilent,
final PlayerCharacter aPC,
final boolean ignorePrereqs) {
// Check to see if we can add a level of this class to the
// current character
final int newLevel = aPC.getLevel(this) + 1;
boolean levelMax = argLevelMax;
aPC.setAllowInteraction(false);
aPC.setLevelWithoutConsequence(this, newLevel);
if (!ignorePrereqs) {
// When loading a character, classes are added before feats, so
// this test would always fail on loading if feats are required
boolean doReturn = false;
if (!qualifies(aPC, this)) {
doReturn = true;
if (!bSilent) {
ShowMessageDelegate.showMessageDialog(
"This character does not qualify for level " + newLevel,
Constants.APPLICATION_NAME,
MessageType.ERROR);
}
}
aPC.setLevelWithoutConsequence(this, newLevel - 1);
if (doReturn) {
return false;
}
}
aPC.setAllowInteraction(true);
if (isMonster()) {
levelMax = false;
}
if (hasMaxLevel() && (newLevel > getSafe(IntegerKey.LEVEL_LIMIT)) && levelMax) {
if (!bSilent) {
ShowMessageDelegate.showMessageDialog(
"This class cannot be raised above level "
+ Integer.toString(getSafe(IntegerKey.LEVEL_LIMIT)),
Constants.APPLICATION_NAME,
MessageType.ERROR);
}
return false;
}
// Add the level to the current character
int total = aPC.getTotalLevels();
// No longer need this since the race now sets a bonus itself and Templates
// are not able to reassign their feats. There was nothing else returned in
// this number
// if (total == 0) {
// aPC.setFeats(aPC.getInitialFeats());
// }
setLevel(newLevel, aPC);
// the level has now been added to the character,
// so now assign the attributes of this class level to the
// character...
PCClassLevel classLevel = aPC.getActiveClassLevel(this, newLevel);
// Make sure that if this Class adds a new domain that
// we record where that domain came from
final int dnum = aPC.getMaxCharacterDomains(this, aPC) - aPC.getDomainCount();
if (dnum > 0 && !aPC.hasDefaultDomainSource()) {
aPC.setDefaultDomainSource(new ClassSource(this, newLevel));
}
// Don't roll the hit points if the gui is not being used.
// This is so GMGen can add classes to a person without pcgen flipping
// out
if (Globals.getUseGUI()) {
final int levels =
SettingsHandler.isHPMaxAtFirstClassLevel()
? aPC.totalNonMonsterLevels()
: aPC.getTotalLevels();
final boolean isFirst = levels == 1;
aPC.rollHP(this, aPC.getLevel(this), isFirst);
}
if (!aPC.isImporting()) {
DomainApplication.addDomainsUpToLevel(this, newLevel, aPC);
}
int levelUpStats = 0;
// Add any bonus feats or stats that will be gained from this level
// i.e. a bonus feat every 3 levels
if (aPC.getTotalLevels() > total) {
boolean processBonusStats = true;
total = aPC.getTotalLevels();
if (isMonster()) {
// If we have less levels that the races monster levels
// then we can not give a stat bonus (i.e. an Ogre has
// 4 levels of Giant, so it does not get a stat increase at
// 4th level because that is already taken into account in
// its racial stat modifiers, but it will get one at 8th
LevelCommandFactory lcf = aPC.getRace().get(ObjectKey.MONSTER_CLASS);
int monLevels = 0;
if (lcf != null) {
monLevels = lcf.getLevelCount().resolve(aPC, "").intValue();
}
if (total <= monLevels) {
processBonusStats = false;
}
}
if (!aPC.isImporting()) {
// We do not want to do these
// calculations a second time when are
// importing a character. The feat
// number and the stat point pool are
// already saved in the import file.
// if (processBonusFeats) {
// final double bonusFeats = aPC.getBonusFeatsForNewLevel(this);
// if (bonusFeats > 0) {
// aPC.adjustFeats(bonusFeats);
// }
// }
if (processBonusStats) {
final int bonusStats = Globals.getBonusStatsForLevel(total, aPC);
if (bonusStats > 0) {
aPC.setPoolAmount(aPC.getPoolAmount() + bonusStats);
if (!bSilent && SettingsHandler.getShowStatDialogAtLevelUp()) {
levelUpStats = StatApplication.askForStatIncrease(aPC, bonusStats, true);
}
}
}
}
}
int spMod = getSkillPointsForLevel(aPC, classLevel, total);
PCLevelInfo pcl;
if (aPC.getLevelInfoSize() > 0) {
pcl = aPC.getLevelInfo(aPC.getLevelInfoSize() - 1);
if (pcl != null) {
pcl.setClassLevel(aPC.getLevel(this));
pcl.setSkillPointsGained(aPC, spMod);
pcl.setSkillPointsRemaining(pcl.getSkillPointsGained(aPC));
}
}
Integer currentPool = aPC.getSkillPool(this);
int newSkillPool = spMod + (currentPool == null ? 0 : currentPool);
aPC.setSkillPool(this, newSkillPool);
if (!aPC.isImporting()) {
//
// Ask for stat increase after skill points have been calculated
//
if (levelUpStats > 0) {
StatApplication.askForStatIncrease(aPC, levelUpStats, false);
}
if (newLevel == 1) {
AddObjectActions.doBaseChecks(this, aPC);
CDOMObjectUtilities.addAdds(this, aPC);
CDOMObjectUtilities.checkRemovals(this, aPC);
}
for (TransitionChoice<Kit> kit : classLevel.getSafeListFor(ListKey.KIT_CHOICE)) {
kit.act(kit.driveChoice(aPC), classLevel, aPC);
}
TransitionChoice<Region> region = classLevel.get(ObjectKey.REGION_CHOICE);
if (region != null) {
region.act(region.driveChoice(aPC), classLevel, aPC);
}
}
// this is a monster class, so don't worry about experience
if (isMonster()) {
return true;
}
if (!aPC.isImporting()) {
CDOMObjectUtilities.checkRemovals(this, aPC);
final int minxp = aPC.minXPForECL();
if (aPC.getXP() < minxp) {
aPC.setXP(minxp);
} else if (aPC.getXP() >= aPC.minXPForNextECL()) {
if (!bSilent) {
ShowMessageDelegate.showMessageDialog(
SettingsHandler.getGame().getLevelUpMessage(),
Constants.APPLICATION_NAME,
MessageType.INFORMATION);
}
}
}
//
// Allow exchange of classes only when assign 1st level
//
if (containsKey(ObjectKey.EXCHANGE_LEVEL) && (aPC.getLevel(this) == 1) && !aPC.isImporting()) {
ExchangeLevelApplication.exchangeLevels(aPC, this);
}
return true;
}