312 lines
13 KiB
JavaScript

import { orderBy } from 'lodash';
import { ChoiceUtils } from '../Choice';
import { ClassFeatureAccessors, ClassFeatureUtils, ClassFeatureValidators } from '../ClassFeature';
import { DB_STRING_BOOK_OF_ANCIENT_SECRETS, DB_STRING_INFUSE_ITEM, FeatureTypeEnum, } from '../Core';
import { DataOriginGenerators } from '../DataOrigin';
import { HelperUtils } from '../Helper';
import { ModifierAccessors, ModifierValidators } from '../Modifier';
import { OptionalClassFeatureAccessors } from '../OptionalClassFeature';
import { DefaultSpellCastingLearningStyle, SpellDerivers } from '../Spell';
import { getActiveId, getDefinitionClassFeatures, getDefinitionSpellcastingStatId, getId, getLevel, getMappingId, getSubclass, getClassFeatures, getDefinitionSpellCastingLearningStyle, } from './accessors';
/**
*
* @param charClass
* @param subclassDefinition
*/
export function deriveSpellcastingStatId(charClass, subclassDefinition) {
if (subclassDefinition && subclassDefinition.spellCastingAbilityId !== null) {
return subclassDefinition.spellCastingAbilityId;
}
return getDefinitionSpellcastingStatId(charClass);
}
/**
*
* @param charClass
* @param subclassDefinition
*/
export function deriveSpellCastingLearningStyle(charClass) {
var _a;
const subclassDefinition = getSubclass(charClass);
if (subclassDefinition === null || subclassDefinition === void 0 ? void 0 : subclassDefinition.spellCastingLearningStyle) {
return subclassDefinition.spellCastingLearningStyle;
}
return (_a = getDefinitionSpellCastingLearningStyle(charClass)) !== null && _a !== void 0 ? _a : DefaultSpellCastingLearningStyle;
}
/**
*
* @param classFeatures
* @param classLevel
*/
export function deriveIsSpellcastingActive(classFeatures, classLevel) {
const spellcastingFeature = classFeatures.find((feature) => ClassFeatureUtils.doesEnableSpellcasting(feature));
return !!spellcastingFeature && ClassFeatureAccessors.getRequiredLevel(spellcastingFeature) <= classLevel;
}
/**
*
* @param classFeatures
* @param classLevel
*/
export function deriveIsPactMagicActive(classFeatures, classLevel) {
const pactMagicFeature = classFeatures.find((feature) => ClassFeatureUtils.doesEnablePactMagic(feature));
return !!pactMagicFeature && ClassFeatureAccessors.getRequiredLevel(pactMagicFeature) <= classLevel;
}
/**
*
* @param charClass
* @param allClassSpells
* @param allClassAlwaysPreparedSpells
* @param allClassAlwaysKnownSpells
*/
export function deriveSpells(charClass, allClassSpells, allClassAlwaysPreparedSpells, allClassAlwaysKnownSpells) {
const classSpells = allClassSpells.find((classSpell) => classSpell.characterClassId === getMappingId(charClass));
const spells = [];
if (classSpells === null || classSpells === void 0 ? void 0 : classSpells.spells) {
spells.push(...classSpells.spells);
}
let classSpellMappingLookup = {};
const alwaysPreparedSpells = HelperUtils.lookupDataOrFallback(allClassAlwaysPreparedSpells, deriveActiveId(charClass));
const alwaysKnownSpells = HelperUtils.lookupDataOrFallback(allClassAlwaysKnownSpells, deriveActiveId(charClass));
// If we have any "always" spells, make a lookup of the existing class spell mappings
if (alwaysKnownSpells !== null || alwaysPreparedSpells !== null) {
if (classSpells === null || classSpells === void 0 ? void 0 : classSpells.spells) {
classSpellMappingLookup = classSpells.spells.reduce((acc, spell) => {
acc[SpellDerivers.deriveKnownKey(spell)] = true;
return acc;
}, {});
}
}
// exclude always prepared spells that we are already sent in the class spell mappings
if (alwaysPreparedSpells !== null) {
alwaysPreparedSpells.forEach((spell) => {
const knownKey = SpellDerivers.deriveKnownKey(spell);
if (!HelperUtils.lookupDataOrFallback(classSpellMappingLookup, knownKey, false)) {
spells.push(spell);
classSpellMappingLookup[knownKey] = true;
}
});
}
// exclude always known spells that we are already sent in the class spell mappings
if (alwaysKnownSpells !== null) {
alwaysKnownSpells.forEach((spell) => {
if (!HelperUtils.lookupDataOrFallback(classSpellMappingLookup, SpellDerivers.deriveKnownKey(spell), false)) {
spells.push(spell);
}
});
}
return spells;
}
/**
* The classFeatures being passed in here are updated during BaseCharClass generation and cannot be accessed off charClass
* fix this to eventually not have class and class features from separate stages
*
* @param charClass
* @param classFeatures
* @param choiceLookup
* @param ruleData
*/
export function deriveSpellRules(charClass, classFeatures, choiceLookup, ruleData) {
const abilityId = deriveSpellcastingStatId(charClass, getSubclass(charClass));
let enablesRitualCasting = false;
classFeatures.forEach((feature) => {
const id = ClassFeatureAccessors.getId(feature);
const entityTypeId = ClassFeatureAccessors.getEntityTypeId(feature);
const choicesFallback = [];
const choices = HelperUtils.lookupDataOrFallback(choiceLookup, DataOriginGenerators.generateDataOriginKey(id, entityTypeId), choicesFallback);
if (choices.length > 0) {
choices.forEach((choice) => {
const selectedOption = ChoiceUtils.getSelectedOption(choice);
if (!enablesRitualCasting &&
selectedOption &&
selectedOption.label === DB_STRING_BOOK_OF_ANCIENT_SECRETS) {
enablesRitualCasting = true;
}
});
}
});
return SpellDerivers.deriveClassSpellRules(charClass, abilityId, ruleData, enablesRitualCasting);
}
/**
*
* @param charClass
* @param classFeatures
* @param appContext
*/
export function deriveClassFeatureGroups(charClass, classFeatures, appContext) {
const activeFeatures = classFeatures.filter((feature) => ClassFeatureAccessors.getRequiredLevel(feature) <= getLevel(charClass));
const visibleFeatures = activeFeatures.filter((feature) => appContext === null || !ClassFeatureUtils.getHideInContext(feature, appContext));
const orderedFeatures = deriveOrderedClassFeatures(visibleFeatures);
const uniqueFeatures = orderedFeatures.reduce((acc, feature) => {
const existingFeatureIdx = acc.findIndex((accFeature) => ClassFeatureAccessors.getName(accFeature) === ClassFeatureAccessors.getName(feature));
if (existingFeatureIdx > 0) {
acc[existingFeatureIdx] = feature;
}
else {
acc.push(feature);
}
return acc;
}, []);
const higherLevelFeatures = classFeatures.filter((feature) => ClassFeatureAccessors.getRequiredLevel(feature) > getLevel(charClass) &&
(appContext === null || !ClassFeatureUtils.getHideInContext(feature, appContext)));
return {
activeFeatures,
visibleFeatures,
orderedFeatures,
uniqueFeatures,
higherLevelFeatures,
};
}
/**
*
* @param classFeatures
*/
export function deriveOrderedClassFeatures(classFeatures) {
return orderBy(classFeatures, [
(classFeature) => ClassFeatureAccessors.getRequiredLevel(classFeature),
(classFeature) => ClassFeatureAccessors.getDisplayOrder(classFeature),
(classFeature) => ClassFeatureAccessors.getName(classFeature),
]);
}
export function deriveReplacementWeaponAbilityStats(classModifiers) {
const replacementWeaponAbilityStats = [];
classModifiers.forEach((modifier) => {
if (ModifierValidators.isEnablesAbilityStatModifier(modifier)) {
const statId = ModifierAccessors.getEntityId(modifier) || 0;
if (statId && !replacementWeaponAbilityStats.includes(statId)) {
replacementWeaponAbilityStats.push(statId);
}
}
});
return replacementWeaponAbilityStats;
}
/**
*
* @param classFeatures
*/
export function deriveDedicatedHexAndPactWeaponEnabled(classFeatures, classModifiers) {
let enablesHexWeapon = false;
let enablesPactWeapon = false;
let enablesDedicatedWeapon = false;
classModifiers.forEach((modifier) => {
if (!enablesPactWeapon && ModifierValidators.isEnablePactWeaponModifier(modifier)) {
enablesPactWeapon = true;
return;
}
if (!enablesHexWeapon && ModifierValidators.isEnableHexWeaponModifier(modifier)) {
enablesHexWeapon = true;
return;
}
});
//TODO remove this once we have dedicated weapon driven by modifiers
classFeatures.forEach((feature) => {
if (!enablesDedicatedWeapon && ClassFeatureUtils.doesEnableDedicatedWeapon(feature)) {
enablesDedicatedWeapon = true;
}
});
return {
enablesHexWeapon,
enablesPactWeapon,
enablesDedicatedWeapon,
};
}
/**
*
* @param charClass
*/
export function deriveActiveId(charClass) {
const subclass = getSubclass(charClass);
if (subclass === null) {
return getId(charClass);
}
return subclass.id;
}
/**
*
* @param classes
*/
export function deriveIsMulticlassCharacter(classes) {
return classes.length > 1;
}
/**
*
* @param charClass
*/
export function deriveUniqueKey(charClass) {
return `class-${getActiveId(charClass)}`;
}
/**
*
* @param classFeatures
* @param classLevel
*/
export function deriveSpellListIds(classFeatures, classLevel) {
let spellLidsIds = [];
classFeatures
.filter((classFeature) => ClassFeatureAccessors.getRequiredLevel(classFeature) <= classLevel)
.forEach((classFeature) => {
spellLidsIds.push(...ClassFeatureAccessors.getSpellListIds(classFeature));
});
return spellLidsIds;
}
/**
* has mirrored deriver RaceDerivers.deriveConsolidatedRacialTraits
* - most likely update together
*
* @param charClass
* @param optionalClassFeatures
* @param enableOptionalClassFeatures
*/
export function deriveConsolidatedClassFeatures(charClass, optionalClassFeatures, enableOptionalClassFeatures) {
//filtering because after generating CharClass, this function is used in getUpdateEnableOptionalClassFeaturesSpellListIdsToRemove
// to determine updated look of race and we don't store original definition info for classes
const originalDefinitionClassFeatures = getDefinitionClassFeatures(charClass).filter((feature) => ClassFeatureAccessors.getFeatureType(feature) === FeatureTypeEnum.GRANTED);
if (!enableOptionalClassFeatures) {
return originalDefinitionClassFeatures;
}
const additionalClassFeatures = [];
const definitionKeysToRemove = new Set();
optionalClassFeatures.forEach((optionalClassFeature) => {
const classFeature = OptionalClassFeatureAccessors.getClassFeature(optionalClassFeature);
if (classFeature === null) {
return;
}
const featureType = ClassFeatureAccessors.getFeatureType(classFeature);
switch (featureType) {
case FeatureTypeEnum.REPLACEMENT: {
const affectedDefinitionKey = OptionalClassFeatureAccessors.getAffectedClassFeatureDefinitionKey(optionalClassFeature);
const affectedFeatureKeys = ClassFeatureAccessors.getAffectedFeatureDefinitionKeys(classFeature);
//verify this is a valid replacement
if (affectedDefinitionKey &&
affectedFeatureKeys.includes(affectedDefinitionKey) &&
ClassFeatureValidators.isValidClassClassFeature(charClass, classFeature)) {
definitionKeysToRemove.add(affectedDefinitionKey);
additionalClassFeatures.push(classFeature);
}
break;
}
case FeatureTypeEnum.ADDITIONAL:
case FeatureTypeEnum.GRANTED:
default:
if (ClassFeatureValidators.isValidClassClassFeature(charClass, classFeature)) {
additionalClassFeatures.push(classFeature);
}
}
});
//remove definitionKeysToRemove
const filteredDefinitionClassFeatures = originalDefinitionClassFeatures.filter((feature) => !definitionKeysToRemove.has(ClassFeatureAccessors.getDefinitionKey(feature)));
return [...filteredDefinitionClassFeatures, ...additionalClassFeatures];
}
/**
*
* @param charClass
*/
export function deriveMaxInfusions(charClass) {
var _a;
const features = getClassFeatures(charClass);
const infuseFeature = features.find((classFeature) => ClassFeatureAccessors.getName(classFeature) === DB_STRING_INFUSE_ITEM);
if (infuseFeature) {
const infusionLevelScale = ClassFeatureAccessors.getLevelScale(infuseFeature);
return (_a = infusionLevelScale === null || infusionLevelScale === void 0 ? void 0 : infusionLevelScale.fixedValue) !== null && _a !== void 0 ? _a : 0;
}
return null;
}