pokerogue/src/field/arena.ts
Madmadness65 20a09c2b92 Remove species form encounter code for Scatterbug line and Calyrex
The Vivillon forms can all be encountered properly now, and Calyrex's forms have since been removed from the wild encounter pool, requiring a form change item to obtain.
2024-05-12 11:33:27 -05:00

748 lines
23 KiB
TypeScript

import BattleScene from "../battle-scene";
import { BiomePoolTier, PokemonPools, BiomeTierTrainerPools, biomePokemonPools, biomeTrainerPools } from "../data/biomes";
import { Biome } from "../data/enums/biome";
import * as Utils from "../utils";
import PokemonSpecies, { getPokemonSpecies } from "../data/pokemon-species";
import { Species } from "../data/enums/species";
import { Weather, WeatherType, getTerrainClearMessage, getTerrainStartMessage, getWeatherClearMessage, getWeatherStartMessage } from "../data/weather";
import { CommonAnimPhase, WeatherEffectPhase } from "../phases";
import { CommonAnim } from "../data/battle-anims";
import { Type } from "../data/type";
import Move from "../data/move";
import { ArenaTag, ArenaTagSide, getArenaTag } from "../data/arena-tag";
import { ArenaTagType } from "../data/enums/arena-tag-type";
import { TrainerType } from "../data/enums/trainer-type";
import { BattlerIndex } from "../battle";
import { Moves } from "../data/enums/moves";
import { TimeOfDay } from "../data/enums/time-of-day";
import { Terrain, TerrainType } from "../data/terrain";
import { PostTerrainChangeAbAttr, PostWeatherChangeAbAttr, applyPostTerrainChangeAbAttrs, applyPostWeatherChangeAbAttrs } from "../data/ability";
import Pokemon from "./pokemon";
import * as Overrides from '../overrides';
export class Arena {
public scene: BattleScene;
public biomeType: Biome;
public weather: Weather;
public terrain: Terrain;
public tags: ArenaTag[];
public bgm: string;
public ignoreAbilities: boolean;
private lastTimeOfDay: TimeOfDay;
private pokemonPool: PokemonPools;
private trainerPool: BiomeTierTrainerPools;
constructor(scene: BattleScene, biome: Biome, bgm: string) {
this.scene = scene;
this.biomeType = biome;
this.tags = [];
this.bgm = bgm;
this.trainerPool = biomeTrainerPools[biome];
this.updatePoolsForTimeOfDay();
}
init() {
const biomeKey = getBiomeKey(this.biomeType);
this.scene.arenaPlayer.setBiome(this.biomeType);
this.scene.arenaPlayerTransition.setBiome(this.biomeType);
this.scene.arenaEnemy.setBiome(this.biomeType);
this.scene.arenaNextEnemy.setBiome(this.biomeType);
this.scene.arenaBg.setTexture(`${biomeKey}_bg`);
this.scene.arenaBgTransition.setTexture(`${biomeKey}_bg`);
}
updatePoolsForTimeOfDay(): void {
const timeOfDay = this.getTimeOfDay();
if (timeOfDay !== this.lastTimeOfDay) {
this.pokemonPool = {};
for (let tier of Object.keys(biomePokemonPools[this.biomeType]))
this.pokemonPool[tier] = Object.assign([], biomePokemonPools[this.biomeType][tier][TimeOfDay.ALL]).concat(biomePokemonPools[this.biomeType][tier][timeOfDay]);
this.lastTimeOfDay = timeOfDay;
}
}
randomSpecies(waveIndex: integer, level: integer, attempt?: integer): PokemonSpecies {
const overrideSpecies = this.scene.gameMode.getOverrideSpecies(waveIndex);
if (overrideSpecies)
return overrideSpecies;
const isBoss = !!this.scene.getEncounterBossSegments(waveIndex, level) && !!this.pokemonPool[BiomePoolTier.BOSS].length
&& (this.biomeType !== Biome.END || this.scene.gameMode.isClassic || this.scene.gameMode.isWaveFinal(waveIndex));
const tierValue = Utils.randSeedInt(!isBoss ? 512 : 64);
let tier = !isBoss
? tierValue >= 156 ? BiomePoolTier.COMMON : tierValue >= 32 ? BiomePoolTier.UNCOMMON : tierValue >= 6 ? BiomePoolTier.RARE : tierValue >= 1 ? BiomePoolTier.SUPER_RARE : BiomePoolTier.ULTRA_RARE
: tierValue >= 20 ? BiomePoolTier.BOSS : tierValue >= 6 ? BiomePoolTier.BOSS_RARE : tierValue >= 1 ? BiomePoolTier.BOSS_SUPER_RARE : BiomePoolTier.BOSS_ULTRA_RARE;
console.log(BiomePoolTier[tier]);
while (!this.pokemonPool[tier].length) {
console.log(`Downgraded rarity tier from ${BiomePoolTier[tier]} to ${BiomePoolTier[tier - 1]}`);
tier--;
}
const tierPool = this.pokemonPool[tier];
let ret: PokemonSpecies;
let regen = false;
if (!tierPool.length)
ret = this.scene.randomSpecies(waveIndex, level);
else {
const entry = tierPool[Utils.randSeedInt(tierPool.length)];
let species: Species;
if (typeof entry === 'number')
species = entry as Species;
else {
const levelThresholds = Object.keys(entry);
for (let l = levelThresholds.length - 1; l >= 0; l--) {
const levelThreshold = parseInt(levelThresholds[l]);
if (level >= levelThreshold) {
const speciesIds = entry[levelThreshold];
if (speciesIds.length > 1)
species = speciesIds[Utils.randSeedInt(speciesIds.length)];
else
species = speciesIds[0];
break;
}
}
}
ret = getPokemonSpecies(species);
if (ret.subLegendary || ret.legendary || ret.mythical) {
switch (true) {
case (ret.baseTotal >= 720):
regen = level < 90;
break;
case (ret.baseTotal >= 670):
regen = level < 70;
break;
case (ret.baseTotal >= 580):
regen = level < 50;
break;
default:
regen = level < 30;
break;
}
}
}
if (regen && (attempt || 0) < 10) {
console.log('Incompatible level: regenerating...');
return this.randomSpecies(waveIndex, level, (attempt || 0) + 1);
}
const newSpeciesId = ret.getWildSpeciesForLevel(level, true, isBoss, this.scene.gameMode);
if (newSpeciesId !== ret.speciesId) {
console.log('Replaced', Species[ret.speciesId], 'with', Species[newSpeciesId]);
ret = getPokemonSpecies(newSpeciesId);
}
return ret;
}
randomTrainerType(waveIndex: integer): TrainerType {
const isBoss = !!this.trainerPool[BiomePoolTier.BOSS].length
&& this.scene.gameMode.isTrainerBoss(waveIndex, this.biomeType, this.scene.offsetGym);
console.log(isBoss, this.trainerPool)
const tierValue = Utils.randSeedInt(!isBoss ? 512 : 64);
let tier = !isBoss
? tierValue >= 156 ? BiomePoolTier.COMMON : tierValue >= 32 ? BiomePoolTier.UNCOMMON : tierValue >= 6 ? BiomePoolTier.RARE : tierValue >= 1 ? BiomePoolTier.SUPER_RARE : BiomePoolTier.ULTRA_RARE
: tierValue >= 20 ? BiomePoolTier.BOSS : tierValue >= 6 ? BiomePoolTier.BOSS_RARE : tierValue >= 1 ? BiomePoolTier.BOSS_SUPER_RARE : BiomePoolTier.BOSS_ULTRA_RARE;
console.log(BiomePoolTier[tier]);
while (tier && !this.trainerPool[tier].length) {
console.log(`Downgraded trainer rarity tier from ${BiomePoolTier[tier]} to ${BiomePoolTier[tier - 1]}`);
tier--;
}
const tierPool = this.trainerPool[tier] || [];
return !tierPool.length ? TrainerType.BREEDER : tierPool[Utils.randSeedInt(tierPool.length)];
}
getSpeciesFormIndex(species: PokemonSpecies): integer {
switch (species.speciesId) {
case Species.BURMY:
case Species.WORMADAM:
switch (this.biomeType) {
case Biome.BEACH:
return 1;
case Biome.SLUM:
return 2;
}
break;
case Species.ROTOM:
switch (this.biomeType) {
case Biome.VOLCANO:
return 1;
case Biome.SEA:
return 2;
case Biome.ICE_CAVE:
return 3;
case Biome.MOUNTAIN:
return 4;
case Biome.TALL_GRASS:
return 5;
}
break;
case Species.LYCANROC:
const timeOfDay = this.getTimeOfDay();
switch (timeOfDay) {
case TimeOfDay.DAY:
case TimeOfDay.DAWN:
return 0;
case TimeOfDay.DUSK:
return 2;
case TimeOfDay.NIGHT:
return 1;
}
break;
}
return 0;
}
getTypeForBiome() {
switch (this.biomeType) {
case Biome.TOWN:
case Biome.PLAINS:
case Biome.METROPOLIS:
return Type.NORMAL;
case Biome.GRASS:
case Biome.TALL_GRASS:
return Type.GRASS;
case Biome.FOREST:
return Type.BUG;
case Biome.SLUM:
case Biome.SWAMP:
return Type.POISON;
case Biome.SEA:
case Biome.BEACH:
case Biome.LAKE:
case Biome.SEABED:
return Type.WATER;
case Biome.MOUNTAIN:
return Type.FLYING;
case Biome.BADLANDS:
return Type.GROUND;
case Biome.CAVE:
case Biome.DESERT:
return Type.ROCK;
case Biome.ICE_CAVE:
case Biome.SNOWY_FOREST:
return Type.ICE;
case Biome.MEADOW:
case Biome.FAIRY_CAVE:
case Biome.ISLAND:
return Type.FAIRY;
case Biome.POWER_PLANT:
return Type.ELECTRIC;
case Biome.VOLCANO:
return Type.FIRE;
case Biome.GRAVEYARD:
case Biome.TEMPLE:
return Type.GHOST;
case Biome.DOJO:
return Type.FIGHTING;
case Biome.FACTORY:
return Type.STEEL;
case Biome.RUINS:
case Biome.SPACE:
return Type.PSYCHIC;
case Biome.WASTELAND:
case Biome.END:
return Type.DRAGON;
case Biome.ABYSS:
return Type.DARK;
}
}
getBgTerrainColorRatioForBiome(): number {
switch (this.biomeType) {
case Biome.SPACE:
return 1;
case Biome.END:
return 0;
}
return 131 / 180;
}
/**
* Sets weather to the override specified in overrides.ts
* @param weather new weather to set of type WeatherType
* @returns true to force trySetWeather to return true
*/
trySetWeatherOverride(weather: WeatherType): boolean {
this.weather = new Weather(weather, 0);
this.scene.unshiftPhase(new CommonAnimPhase(this.scene, undefined, undefined, CommonAnim.SUNNY + (weather - 1)));
this.scene.queueMessage(getWeatherStartMessage(weather));
return true
}
/**
* Attempts to set a new weather to the battle
* @param weather new weather to set of type WeatherType
* @param hasPokemonSource is the new weather from a pokemon
* @returns true if new weather set, false if no weather provided or attempting to set the same weather as currently in use
*/
trySetWeather(weather: WeatherType, hasPokemonSource: boolean): boolean {
if (Overrides.WEATHER_OVERRIDE)
return this.trySetWeatherOverride(Overrides.WEATHER_OVERRIDE);
if (this.weather?.weatherType === (weather || undefined))
return false;
const oldWeatherType = this.weather?.weatherType || WeatherType.NONE;
this.weather = weather ? new Weather(weather, hasPokemonSource ? 5 : 0) : null;
if (this.weather) {
this.scene.tryReplacePhase(phase => phase instanceof WeatherEffectPhase && phase.weather.weatherType === oldWeatherType, new WeatherEffectPhase(this.scene, this.weather));
this.scene.unshiftPhase(new CommonAnimPhase(this.scene, undefined, undefined, CommonAnim.SUNNY + (weather - 1)));
this.scene.queueMessage(getWeatherStartMessage(weather));
} else {
this.scene.tryRemovePhase(phase => phase instanceof WeatherEffectPhase && phase.weather.weatherType === oldWeatherType);
this.scene.queueMessage(getWeatherClearMessage(oldWeatherType));
}
this.scene.getField(true).filter(p => p.isOnField()).map(pokemon => {
pokemon.findAndRemoveTags(t => 'weatherTypes' in t && !(t.weatherTypes as WeatherType[]).find(t => t === weather));
applyPostWeatherChangeAbAttrs(PostWeatherChangeAbAttr, pokemon, weather);
});
return true;
}
trySetTerrain(terrain: TerrainType, hasPokemonSource: boolean, ignoreAnim: boolean = false): boolean {
if (this.terrain?.terrainType === (terrain || undefined))
return false;
const oldTerrainType = this.terrain?.terrainType || TerrainType.NONE;
this.terrain = terrain ? new Terrain(terrain, hasPokemonSource ? 5 : 0) : null;
if (this.terrain) {
if (!ignoreAnim)
this.scene.unshiftPhase(new CommonAnimPhase(this.scene, undefined, undefined, CommonAnim.MISTY_TERRAIN + (terrain - 1)));
this.scene.queueMessage(getTerrainStartMessage(terrain));
} else
this.scene.queueMessage(getTerrainClearMessage(oldTerrainType));
this.scene.getField(true).filter(p => p.isOnField()).map(pokemon => {
pokemon.findAndRemoveTags(t => 'terrainTypes' in t && !(t.terrainTypes as TerrainType[]).find(t => t === terrain));
applyPostTerrainChangeAbAttrs(PostTerrainChangeAbAttr, pokemon, terrain);
});
return true;
}
isMoveWeatherCancelled(move: Move) {
return this.weather && !this.weather.isEffectSuppressed(this.scene) && this.weather.isMoveWeatherCancelled(move);
}
isMoveTerrainCancelled(user: Pokemon, targets: BattlerIndex[], move: Move) {
return this.terrain && this.terrain.isMoveTerrainCancelled(user, targets, move);
}
getTerrainType() : TerrainType {
return this.terrain?.terrainType || TerrainType.NONE;
}
getAttackTypeMultiplier(attackType: Type, grounded: boolean): number {
let weatherMultiplier = 1;
if (this.weather && !this.weather.isEffectSuppressed(this.scene))
weatherMultiplier = this.weather.getAttackTypeMultiplier(attackType);
let terrainMultiplier = 1;
if (this.terrain && grounded)
terrainMultiplier = this.terrain.getAttackTypeMultiplier(attackType);
return weatherMultiplier * terrainMultiplier;
}
getTrainerChance(): integer {
switch (this.biomeType) {
case Biome.METROPOLIS:
return 2;
case Biome.SLUM:
case Biome.BEACH:
case Biome.DOJO:
case Biome.CONSTRUCTION_SITE:
return 4;
case Biome.PLAINS:
case Biome.GRASS:
case Biome.LAKE:
case Biome.CAVE:
return 6;
case Biome.TALL_GRASS:
case Biome.FOREST:
case Biome.SEA:
case Biome.SWAMP:
case Biome.MOUNTAIN:
case Biome.BADLANDS:
case Biome.DESERT:
case Biome.MEADOW:
case Biome.POWER_PLANT:
case Biome.GRAVEYARD:
case Biome.FACTORY:
case Biome.SNOWY_FOREST:
return 8;
case Biome.ICE_CAVE:
case Biome.VOLCANO:
case Biome.RUINS:
case Biome.WASTELAND:
case Biome.JUNGLE:
case Biome.FAIRY_CAVE:
return 12;
case Biome.SEABED:
case Biome.ABYSS:
case Biome.SPACE:
case Biome.TEMPLE:
return 16;
default:
return 0;
}
}
getTimeOfDay(): TimeOfDay {
switch (this.biomeType) {
case Biome.ABYSS:
return TimeOfDay.NIGHT;
}
const waveCycle = ((this.scene.currentBattle?.waveIndex || 0) + this.scene.waveCycleOffset) % 40;
if (waveCycle < 15)
return TimeOfDay.DAY;
if (waveCycle < 20)
return TimeOfDay.DUSK;
if (waveCycle < 35)
return TimeOfDay.NIGHT;
return TimeOfDay.DAWN;
}
isOutside(): boolean {
switch (this.biomeType) {
case Biome.SEABED:
case Biome.CAVE:
case Biome.ICE_CAVE:
case Biome.POWER_PLANT:
case Biome.DOJO:
case Biome.FACTORY:
case Biome.ABYSS:
case Biome.FAIRY_CAVE:
case Biome.TEMPLE:
case Biome.LABORATORY:
return false;
default:
return true;
}
}
getDayTint(): [integer, integer, integer] {
switch (this.biomeType) {
case Biome.ABYSS:
return [ 64, 64, 64 ];
default:
return [ 128, 128, 128 ];
}
}
getDuskTint(): [integer, integer, integer] {
if (!this.isOutside())
return [ 0, 0, 0 ];
switch (this.biomeType) {
default:
return [ 98, 48, 73 ].map(c => Math.round((c + 128) / 2)) as [integer, integer, integer];
}
}
getNightTint(): [integer, integer, integer] {
switch (this.biomeType) {
case Biome.ABYSS:
case Biome.SPACE:
case Biome.END:
return this.getDayTint();
}
if (!this.isOutside())
return [ 64, 64, 64 ];
switch (this.biomeType) {
default:
return [ 48, 48, 98 ];
}
}
setIgnoreAbilities(ignoreAbilities: boolean = true): void {
this.ignoreAbilities = ignoreAbilities;
}
applyTagsForSide(tagType: ArenaTagType | { new(...args: any[]): ArenaTag }, side: ArenaTagSide, ...args: any[]): void {
let tags = typeof tagType === 'string'
? this.tags.filter(t => t.tagType === tagType)
: this.tags.filter(t => t instanceof tagType);
if (side !== ArenaTagSide.BOTH)
tags = tags.filter(t => t.side === side);
tags.forEach(t => t.apply(this, args));
}
applyTags(tagType: ArenaTagType | { new(...args: any[]): ArenaTag }, ...args: any[]): void {
this.applyTagsForSide(tagType, ArenaTagSide.BOTH, ...args);
}
addTag(tagType: ArenaTagType, turnCount: integer, sourceMove: Moves, sourceId: integer, side: ArenaTagSide = ArenaTagSide.BOTH, targetIndex?: BattlerIndex): boolean {
const existingTag = this.getTagOnSide(tagType, side);
if (existingTag) {
existingTag.onOverlap(this);
return false;
}
const newTag = getArenaTag(tagType, turnCount || 0, sourceMove, sourceId, targetIndex, side);
this.tags.push(newTag);
newTag.onAdd(this);
return true;
}
getTag(tagType: ArenaTagType | { new(...args: any[]): ArenaTag }): ArenaTag {
return this.getTagOnSide(tagType, ArenaTagSide.BOTH);
}
getTagOnSide(tagType: ArenaTagType | { new(...args: any[]): ArenaTag }, side: ArenaTagSide): ArenaTag {
return typeof(tagType) === 'string'
? this.tags.find(t => t.tagType === tagType && (side === ArenaTagSide.BOTH || t.side === ArenaTagSide.BOTH || t.side === side))
: this.tags.find(t => t instanceof tagType && (side === ArenaTagSide.BOTH || t.side === ArenaTagSide.BOTH || t.side === side));
}
findTags(tagPredicate: (t: ArenaTag) => boolean): ArenaTag[] {
return this.findTagsOnSide(tagPredicate, ArenaTagSide.BOTH);
}
findTagsOnSide(tagPredicate: (t: ArenaTag) => boolean, side: ArenaTagSide): ArenaTag[] {
return this.tags.filter(t => tagPredicate(t) && (side === ArenaTagSide.BOTH || t.side === ArenaTagSide.BOTH || t.side === side));
}
lapseTags(): void {
this.tags.filter(t => !(t.lapse(this))).forEach(t => {
t.onRemove(this);
this.tags.splice(this.tags.indexOf(t), 1);
});
}
removeTag(tagType: ArenaTagType): boolean {
const tags = this.tags;
const tag = tags.find(t => t.tagType === tagType);
if (tag) {
tag.onRemove(this);
tags.splice(tags.indexOf(tag), 1);
}
return !!tag;
}
removeTagOnSide(tagType: ArenaTagType, side: ArenaTagSide): boolean {
const tag = this.getTagOnSide(tagType, side);
if (tag) {
tag.onRemove(this);
this.tags.splice(this.tags.indexOf(tag), 1);
}
return !!tag;
}
removeAllTags(): void {
while (this.tags.length) {
this.tags[0].onRemove(this);
this.tags.splice(0, 1);
}
}
preloadBgm(): void {
this.scene.loadBgm(this.bgm);
}
getBgmLoopPoint(): number {
switch (this.biomeType) {
case Biome.TOWN:
return 7.288;
case Biome.PLAINS:
return 7.693;
case Biome.GRASS:
return 1.995;
case Biome.TALL_GRASS:
return 9.608;
case Biome.METROPOLIS:
return 141.470;
case Biome.FOREST:
return 4.294;
case Biome.SEA:
return 1.672;
case Biome.SWAMP:
return 4.461;
case Biome.BEACH:
return 3.462;
case Biome.LAKE:
return 5.350;
case Biome.SEABED:
return 2.629;
case Biome.MOUNTAIN:
return 4.018;
case Biome.BADLANDS:
return 17.790;
case Biome.CAVE:
return 14.240;
case Biome.DESERT:
return 1.143;
case Biome.ICE_CAVE:
return 15.010;
case Biome.MEADOW:
return 3.891;
case Biome.POWER_PLANT:
return 2.810;
case Biome.VOLCANO:
return 5.116;
case Biome.GRAVEYARD:
return 3.232;
case Biome.DOJO:
return 6.205;
case Biome.FACTORY:
return 4.985;
case Biome.RUINS:
return 2.270;
case Biome.WASTELAND:
return 6.336;
case Biome.ABYSS:
return 5.130;
case Biome.SPACE:
return 21.347;
case Biome.CONSTRUCTION_SITE:
return 1.222;
case Biome.JUNGLE:
return 2.477;
case Biome.FAIRY_CAVE:
return 4.542;
case Biome.TEMPLE:
return 2.547;
case Biome.ISLAND:
return 2.751;
case Biome.LABORATORY:
return 114.862;
case Biome.SLUM:
return 1.221;
case Biome.SNOWY_FOREST:
return 3.047;
}
}
}
export function getBiomeKey(biome: Biome): string {
return Biome[biome].toLowerCase();
}
export function getBiomeHasProps(biomeType: Biome): boolean {
switch (biomeType) {
case Biome.METROPOLIS:
case Biome.BEACH:
case Biome.LAKE:
case Biome.SEABED:
case Biome.MOUNTAIN:
case Biome.BADLANDS:
case Biome.CAVE:
case Biome.DESERT:
case Biome.ICE_CAVE:
case Biome.MEADOW:
case Biome.POWER_PLANT:
case Biome.VOLCANO:
case Biome.GRAVEYARD:
case Biome.FACTORY:
case Biome.RUINS:
case Biome.WASTELAND:
case Biome.ABYSS:
case Biome.CONSTRUCTION_SITE:
case Biome.JUNGLE:
case Biome.FAIRY_CAVE:
case Biome.TEMPLE:
case Biome.SNOWY_FOREST:
case Biome.ISLAND:
case Biome.LABORATORY:
case Biome.END:
return true;
}
return false;
}
export class ArenaBase extends Phaser.GameObjects.Container {
public player: boolean;
public biome: Biome;
public propValue: integer;
public base: Phaser.GameObjects.Sprite;
public props: Phaser.GameObjects.Sprite[];
constructor(scene: BattleScene, player: boolean) {
super(scene, 0, 0);
this.player = player;
this.base = scene.addFieldSprite(0, 0, 'plains_a', null, 1);
this.base.setOrigin(0, 0);
this.props = !player ?
new Array(3).fill(null).map(() => {
const ret = scene.addFieldSprite(0, 0, 'plains_b', null, 1);
ret.setOrigin(0, 0);
ret.setVisible(false);
return ret;
}) : [];
}
setBiome(biome: Biome, propValue?: integer): void {
const hasProps = getBiomeHasProps(biome);
const biomeKey = getBiomeKey(biome);
const baseKey = `${biomeKey}_${this.player ? 'a' : 'b'}`;
if (biome !== this.biome) {
this.base.setTexture(baseKey);
if (this.base.texture.frameTotal > 1) {
const baseFrameNames = this.scene.anims.generateFrameNames(baseKey, { zeroPad: 4, suffix: ".png", start: 1, end: this.base.texture.frameTotal - 1 });
this.scene.anims.create({
key: baseKey,
frames: baseFrameNames,
frameRate: 12,
repeat: -1
});
this.base.play(baseKey);
} else
this.base.stop();
this.add(this.base);
}
if (!this.player) {
(this.scene as BattleScene).executeWithSeedOffset(() => {
this.propValue = propValue === undefined
? hasProps ? Utils.randSeedInt(8) : 0
: propValue;
this.props.forEach((prop, p) => {
const propKey = `${biomeKey}_b${hasProps ? `_${p + 1}` : ''}`;
prop.setTexture(propKey);
if (hasProps && prop.texture.frameTotal > 1) {
const propFrameNames = this.scene.anims.generateFrameNames(propKey, { zeroPad: 4, suffix: ".png", start: 1, end: prop.texture.frameTotal - 1 });
this.scene.anims.create({
key: propKey,
frames: propFrameNames,
frameRate: 12,
repeat: -1
});
prop.play(propKey);
} else
prop.stop();
prop.setVisible(hasProps && !!(this.propValue & (1 << p)));
this.add(prop);
});
}, (this.scene as BattleScene).currentBattle?.waveIndex || 0, (this.scene as BattleScene).waveSeed);
}
}
}