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battle.ts
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/**
* Pokemon Showdown Battle
*
* This is the main file for handling battle animations
*
* Licensing note: PS's client has complicated licensing:
* - The client as a whole is AGPLv3
* - The battle replay/animation engine (battle-*.ts) by itself is MIT
*
* Layout:
*
* - Battle
* - Side
* - Pokemon
* - BattleScene
* - BattleLog
* - BattleTextParser
*
* When a Battle receives a message, it splits the message into tokens
* and parses what happens, updating its own state, and then telling
* BattleScene to do any relevant animations. The tokens then get
* passed directly into BattleLog. If the message is an in-battle
* message, it'll be extracted by BattleTextParser, which adds it to
* both the battle log itself, as well as the messagebar.
*
* @author Guangcong Luo <[email protected]>
* @license MIT
*/
import {BattleSceneStub} from './battle-scene-stub';
import {BattleLog} from './battle-log';
import {BattleScene, PokemonSprite, BattleStatusAnims} from './battle-animations';
/** [id, element?, ...misc] */
export type EffectState = any[] & {0: ID};
/** [name, minTimeLeft, maxTimeLeft] */
export type WeatherState = [string, number, number];
export type HPColor = 'r' | 'y' | 'g';
export class Pokemon implements PokemonDetails, PokemonHealth {
name = '';
speciesForme = '';
/**
* A string representing information extractable from textual
* messages: side, nickname.
*
* Will be the empty string between Team Preview and the first
* switch-in.
*
* Examples: `p1: Unown` or `p2: Sparky`
*/
ident = '';
/**
* A string representing visible information not included in
* ident: species, level, gender, shininess. Level is left off
* if it's 100; gender is left off if it's genderless.
*
* Note: Can be partially filled out in Team Preview, because certain
* forme information and shininess isn't visible there. In those
* cases, details can change during the first switch-in, but will
* otherwise not change over the course of a game.
*
* Examples: `Mimikyu, L50, F`, `Steelix, M, shiny`
*/
details = '';
/**
* `` `${ident}|${details}` ``. Tracked for ease of searching.
*
* As with ident, blank before the first switch-in, and will only
* change during the first switch-in.
*/
searchid = '';
side: Side;
slot = 0;
fainted = false;
hp = 0;
maxhp = 1000;
level = 100;
gender: GenderName = 'N';
shiny = false;
hpcolor: HPColor = 'g';
moves: string[] = [];
ability = '';
baseAbility = '';
item = '';
itemEffect = '';
prevItem = '';
prevItemEffect = '';
terastallized: string | '' = '';
teraType = '';
boosts: {[stat: string]: number} = {};
status: StatusName | 'tox' | '' | '???' = '';
statusStage = 0;
volatiles: {[effectid: string]: EffectState} = {};
turnstatuses: {[effectid: string]: EffectState} = {};
movestatuses: {[effectid: string]: EffectState} = {};
lastMove = '';
/** [[moveName, ppUsed]] */
moveTrack: [string, number][] = [];
statusData = {sleepTurns: 0, toxicTurns: 0};
volatilesData = {encoreTurns: 0, tauntTurns: 0};
timesAttacked = 0;
sprite: PokemonSprite;
constructor(data: PokemonDetails, side: Side) {
this.side = side;
this.speciesForme = data.speciesForme;
this.details = data.details;
this.name = data.name;
this.level = data.level;
this.shiny = data.shiny;
this.gender = data.gender || 'N';
this.ident = data.ident;
this.terastallized = data.terastallized || '';
this.searchid = data.searchid;
this.sprite = side.battle.scene.addPokemonSprite(this);
}
isActive() {
return this.side.active.includes(this);
}
/** @deprecated */
private getHPColor(): HPColor {
if (this.hpcolor) return this.hpcolor;
let ratio = this.hp / this.maxhp;
if (ratio > 0.5) return 'g';
if (ratio > 0.2) return 'y';
return 'r';
}
/** @deprecated */
private getHPColorClass() {
switch (this.getHPColor()) {
case 'y': return 'hpbar hpbar-yellow';
case 'r': return 'hpbar hpbar-red';
}
return 'hpbar';
}
static getPixelRange(pixels: number, color: HPColor | ''): [number, number] {
let epsilon = 0.5 / 714;
if (pixels === 0) return [0, 0];
if (pixels === 1) return [0 + epsilon, 2 / 48 - epsilon];
if (pixels === 9) {
if (color === 'y') { // ratio is > 0.2
return [0.2 + epsilon, 10 / 48 - epsilon];
} else { // ratio is <= 0.2
return [9 / 48, 0.2];
}
}
if (pixels === 24) {
if (color === 'g') { // ratio is > 0.5
return [0.5 + epsilon, 25 / 48 - epsilon];
} else { // ratio is exactly 0.5
return [0.5, 0.5];
}
}
if (pixels === 48) return [1, 1];
return [pixels / 48, (pixels + 1) / 48 - epsilon];
}
static getFormattedRange(range: [number, number], precision: number, separator: string) {
if (range[0] === range[1]) {
let percentage = Math.abs(range[0] * 100);
if (Math.floor(percentage) === percentage) {
return percentage + '%';
}
return percentage.toFixed(precision) + '%';
}
let lower;
let upper;
if (precision === 0) {
lower = Math.floor(range[0] * 100);
upper = Math.ceil(range[1] * 100);
} else {
lower = (range[0] * 100).toFixed(precision);
upper = (range[1] * 100).toFixed(precision);
}
return '' + lower + separator + upper + '%';
}
// Returns [min, max] damage dealt as a proportion of total HP from 0 to 1
getDamageRange(damage: any): [number, number] {
if (damage[1] !== 48) {
let ratio = damage[0] / damage[1];
return [ratio, ratio];
} else if (damage.length === undefined) {
// wrong pixel damage.
// this case exists for backward compatibility only.
return [damage[2] / 100, damage[2] / 100];
}
// pixel damage
let oldrange = Pokemon.getPixelRange(damage[3], damage[4]);
let newrange = Pokemon.getPixelRange(damage[3] + damage[0], this.hpcolor);
if (damage[0] === 0) {
// no change in displayed pixel width
return [0, newrange[1] - newrange[0]];
}
if (oldrange[0] < newrange[0]) { // swap order
let r = oldrange;
oldrange = newrange;
newrange = r;
}
return [oldrange[0] - newrange[1], oldrange[1] - newrange[0]];
}
healthParse(hpstring: string, parsedamage?: boolean, heal?: boolean):
[number, number, number] | [number, number, number, number, HPColor] | null {
// returns [delta, denominator, percent(, oldnum, oldcolor)] or null
if (!hpstring || !hpstring.length) return null;
let parenIndex = hpstring.lastIndexOf('(');
if (parenIndex >= 0) {
// old style damage and health reporting
if (parsedamage) {
let damage = parseFloat(hpstring);
// unusual check preseved for backward compatbility
if (isNaN(damage)) damage = 50;
if (heal) {
this.hp += this.maxhp * damage / 100;
if (this.hp > this.maxhp) this.hp = this.maxhp;
} else {
this.hp -= this.maxhp * damage / 100;
}
// parse the absolute health information
let ret = this.healthParse(hpstring);
if (ret && (ret[1] === 100)) {
// support for old replays with nearest-100th damage and health
return [damage, 100, damage];
}
// complicated expressions preserved for backward compatibility
let percent = Math.round(Math.ceil(damage * 48 / 100) / 48 * 100);
let pixels = Math.ceil(damage * 48 / 100);
return [pixels, 48, percent];
}
if (hpstring.substr(hpstring.length - 1) !== ')') {
return null;
}
hpstring = hpstring.substr(parenIndex + 1, hpstring.length - parenIndex - 2);
}
let oldhp = this.fainted ? 0 : (this.hp || 1);
let oldmaxhp = this.maxhp;
let oldwidth = this.hpWidth(100);
let oldcolor = this.hpcolor;
this.side.battle.parseHealth(hpstring, this);
if (oldmaxhp === 0) { // max hp not known before parsing this message
oldmaxhp = oldhp = this.maxhp;
}
let oldnum = oldhp ? (Math.floor(this.maxhp * oldhp / oldmaxhp) || 1) : 0;
let delta = this.hp - oldnum;
let deltawidth = this.hpWidth(100) - oldwidth;
return [delta, this.maxhp, deltawidth, oldnum, oldcolor];
}
checkDetails(details?: string) {
if (!details) return false;
if (details === this.details) return true;
if (this.searchid) return false;
if (details.indexOf(', shiny') >= 0) {
if (this.checkDetails(details.replace(', shiny', ''))) return true;
}
// the actual forme was hidden on Team Preview
details = details.replace(/(-[A-Za-z0-9-]+)?(, |$)/, '-*$2');
return (details === this.details);
}
getIdent() {
let slots = ['a', 'b', 'c', 'd', 'e', 'f'];
return this.ident.substr(0, 2) + slots[this.slot] + this.ident.substr(2);
}
removeVolatile(volatile: ID) {
this.side.battle.scene.removeEffect(this, volatile);
if (!this.hasVolatile(volatile)) return;
if(volatile == 'encore') this.volatilesData.encoreTurns = 0;
if(volatile == 'taunt') this.volatilesData.tauntTurns = 0;
delete this.volatiles[volatile];
}
addVolatile(volatile: ID, ...args: any[]) {
if (this.hasVolatile(volatile) && !args.length) return;
this.volatiles[volatile] = [volatile, ...args] as EffectState;
this.side.battle.scene.addEffect(this, volatile);
}
hasVolatile(volatile: ID) {
return !!this.volatiles[volatile];
}
removeTurnstatus(volatile: ID) {
this.side.battle.scene.removeEffect(this, volatile);
if (!this.hasTurnstatus(volatile)) return;
delete this.turnstatuses[volatile];
}
addTurnstatus(volatile: ID) {
volatile = toID(volatile);
this.side.battle.scene.addEffect(this, volatile);
if (this.hasTurnstatus(volatile)) return;
this.turnstatuses[volatile] = [volatile];
}
hasTurnstatus(volatile: ID) {
return !!this.turnstatuses[volatile];
}
clearTurnstatuses() {
for (let id in this.turnstatuses) {
this.removeTurnstatus(id as ID);
}
this.turnstatuses = {};
this.side.battle.scene.updateStatbar(this);
}
removeMovestatus(volatile: ID) {
this.side.battle.scene.removeEffect(this, volatile);
if (!this.hasMovestatus(volatile)) return;
delete this.movestatuses[volatile];
}
addMovestatus(volatile: ID) {
volatile = toID(volatile);
if (this.hasMovestatus(volatile)) return;
this.movestatuses[volatile] = [volatile];
this.side.battle.scene.addEffect(this, volatile);
}
hasMovestatus(volatile: ID) {
return !!this.movestatuses[volatile];
}
clearMovestatuses() {
for (let id in this.movestatuses) {
this.removeMovestatus(id as ID);
}
this.movestatuses = {};
}
clearVolatiles() {
this.volatiles = {};
this.clearTurnstatuses();
this.clearMovestatuses();
this.side.battle.scene.clearEffects(this);
}
rememberMove(moveName: string, pp = 1, recursionSource?: string) {
if (recursionSource === this.ident) return;
moveName = Dex.moves.get(moveName).name;
if (moveName.charAt(0) === '*') return;
if (moveName === 'Struggle') return;
if (this.volatiles.transform) {
// make sure there is no infinite recursion if both Pokemon are transformed into each other
if (!recursionSource) recursionSource = this.ident;
this.volatiles.transform[1].rememberMove(moveName, 0, recursionSource);
moveName = '*' + moveName;
}
for (const entry of this.moveTrack) {
if (moveName === entry[0]) {
entry[1] += pp;
if (entry[1] < 0) entry[1] = 0;
return;
}
}
this.moveTrack.push([moveName, pp]);
}
rememberAbility(ability: string, isNotBase?: boolean) {
ability = Dex.abilities.get(ability).name;
this.ability = ability;
if (!this.baseAbility && !isNotBase) {
this.baseAbility = ability;
}
}
getBoost(boostStat: BoostStatName) {
let boostStatTable = {
atk: 'Atk',
def: 'Def',
spa: 'SpA',
spd: 'SpD',
spe: 'Spe',
accuracy: 'Accuracy',
evasion: 'Evasion',
spc: 'Spc',
};
if (!this.boosts[boostStat]) {
return '1× ' + boostStatTable[boostStat];
}
if (this.boosts[boostStat] > 6) this.boosts[boostStat] = 6;
if (this.boosts[boostStat] < -6) this.boosts[boostStat] = -6;
const isRBY = this.side.battle.gen <= 1 && !this.side.battle.tier.includes('Stadium');
if (!isRBY && (boostStat === 'accuracy' || boostStat === 'evasion')) {
if (this.boosts[boostStat] > 0) {
let goodBoostTable = [
'1×', '1.33×', '1.67×', '2×', '2.33×', '2.67×', '3×',
];
// let goodBoostTable = ['Normal', '+1', '+2', '+3', '+4', '+5', '+6'];
return '' + goodBoostTable[this.boosts[boostStat]] + ' ' + boostStatTable[boostStat];
}
let badBoostTable = [
'1×', '0.75×', '0.6×', '0.5×', '0.43×', '0.38×', '0.33×',
];
// let badBoostTable = ['Normal', '−1', '−2', '−3', '−4', '−5', '−6'];
return '' + badBoostTable[-this.boosts[boostStat]] + ' ' + boostStatTable[boostStat];
}
if (this.boosts[boostStat] > 0) {
let goodBoostTable = [
'1×', '1.5×', '2×', '2.5×', '3×', '3.5×', '4×',
];
// let goodBoostTable = ['Normal', '+1', '+2', '+3', '+4', '+5', '+6'];
return '' + goodBoostTable[this.boosts[boostStat]] + ' ' + boostStatTable[boostStat];
}
let badBoostTable = [
'1×', '0.67×', '0.5×', '0.4×', '0.33×', '0.29×', '0.25×',
];
// let badBoostTable = ['Normal', '−1', '−2', '−3', '−4', '−5', '−6'];
return '' + badBoostTable[-this.boosts[boostStat]] + ' ' + boostStatTable[boostStat];
}
getWeightKg(serverPokemon?: ServerPokemon) {
let autotomizeFactor = this.volatiles.autotomize?.[1] * 100 || 0;
return Math.max(this.getSpecies(serverPokemon).weightkg - autotomizeFactor, 0.1);
}
getBoostType(boostStat: BoostStatName) {
if (!this.boosts[boostStat]) return 'neutral';
if (this.boosts[boostStat] > 0) return 'good';
return 'bad';
}
clearVolatile() {
this.ability = this.baseAbility;
this.boosts = {};
this.clearVolatiles();
for (let i = 0; i < this.moveTrack.length; i++) {
if (this.moveTrack[i][0].charAt(0) === '*') {
this.moveTrack.splice(i, 1);
i--;
}
}
// this.lastMove = '';
this.statusStage = 0;
this.statusData.toxicTurns = 0;
if (this.side.battle.gen === 5) this.statusData.sleepTurns = 0;
}
/**
* copyAll = false means Baton Pass,
* copyAll = true means Illusion breaking
* copyAll = 'shedtail' means Shed Tail
*/
copyVolatileFrom(pokemon: Pokemon, copySource?: | 'shedtail' | boolean) {
this.boosts = pokemon.boosts;
this.volatiles = pokemon.volatiles;
// this.lastMove = pokemon.lastMove; // I think
if (!copySource) {
const volatilesToRemove = [
'airballoon', 'attract', 'autotomize', 'disable', 'encore', 'foresight', 'gmaxchistrike', 'imprison', 'laserfocus', 'mimic', 'miracleeye', 'nightmare', 'saltcure', 'smackdown', 'stockpile1', 'stockpile2', 'stockpile3', 'syrupbomb', 'torment', 'typeadd', 'typechange', 'yawn',
];
for (const statName of Dex.statNamesExceptHP) {
volatilesToRemove.push('protosynthesis' + statName);
volatilesToRemove.push('quarkdrive' + statName);
}
for (const volatile of volatilesToRemove) {
delete this.volatiles[volatile];
}
}
if (copySource === 'shedtail') {
for (let i in this.volatiles) {
if (i === 'substitute') continue;
delete this.volatiles[i];
}
this.boosts = {};
}
delete this.volatiles['transform'];
delete this.volatiles['formechange'];
pokemon.boosts = {};
pokemon.volatiles = {};
pokemon.side.battle.scene.removeTransform(pokemon);
pokemon.statusStage = 0;
}
copyTypesFrom(pokemon: Pokemon, preterastallized = false) {
const [types, addedType] = pokemon.getTypes(undefined, preterastallized);
this.addVolatile('typechange' as ID, types.join('/'));
if (addedType) {
this.addVolatile('typeadd' as ID, addedType);
} else {
this.removeVolatile('typeadd' as ID);
}
}
getTypes(serverPokemon?: ServerPokemon, preterastallized = false): [ReadonlyArray<TypeName>, TypeName | ''] {
let types: ReadonlyArray<TypeName>;
if (this.terastallized && !preterastallized) {
types = [this.terastallized as TypeName];
} else if (this.volatiles.typechange) {
types = this.volatiles.typechange[1].split('/');
} else {
types = this.getSpecies(serverPokemon).types;
}
if (this.hasTurnstatus('roost' as ID) && types.includes('Flying')) {
types = types.filter(typeName => typeName !== 'Flying');
if (!types.length) types = ['Normal'];
}
const addedType = (this.volatiles.typeadd ? this.volatiles.typeadd[1] : '');
return [types, addedType];
}
isGrounded(serverPokemon?: ServerPokemon) {
const battle = this.side.battle;
if (battle.hasPseudoWeather('Gravity')) {
return true;
} else if (this.volatiles['ingrain'] && battle.gen >= 4) {
return true;
} else if (this.volatiles['smackdown']) {
return true;
}
let item = toID(serverPokemon ? serverPokemon.item : this.item);
let ability = toID(this.effectiveAbility(serverPokemon));
if (battle.hasPseudoWeather('Magic Room') || this.volatiles['embargo'] || ability === 'klutz') {
item = '' as ID;
}
if (item === 'ironball') {
return true;
}
if (ability === 'levitate') {
return false;
}
if (this.volatiles['magnetrise'] || this.volatiles['telekinesis']) {
return false;
}
if (item === 'airballoon') {
return false;
}
return !this.getTypeList(serverPokemon).includes('Flying');
}
effectiveAbility(serverPokemon?: ServerPokemon) {
if (this.fainted || this.volatiles['gastroacid']) return '';
const ability = this.side.battle.dex.abilities.get(
serverPokemon?.ability || this.ability || serverPokemon?.baseAbility || ''
);
if (this.side.battle.ngasActive() && !ability.isPermanent) {
return '';
}
return ability.name;
}
getTypeList(serverPokemon?: ServerPokemon, preterastallized = false) {
const [types, addedType] = this.getTypes(serverPokemon, preterastallized);
return addedType ? types.concat(addedType) : types;
}
getSpeciesForme(serverPokemon?: ServerPokemon): string {
return this.volatiles.formechange ? this.volatiles.formechange[1] :
(serverPokemon ? serverPokemon.speciesForme : this.speciesForme);
}
getSpecies(serverPokemon?: ServerPokemon) {
return this.side.battle.dex.species.get(this.getSpeciesForme(serverPokemon));
}
getBaseSpecies() {
return this.side.battle.dex.species.get(this.speciesForme);
}
reset() {
this.clearVolatile();
this.hp = this.maxhp;
this.fainted = false;
this.status = '';
this.moveTrack = [];
this.name = this.name || this.speciesForme;
}
// This function is used for two things:
// 1) The percentage to display beside the HP bar.
// 2) The width to draw an HP bar.
//
// This function is NOT used in the calculation of any other displayed
// percentages or ranges, which have their own, more complex, formulae.
hpWidth(maxWidth: number) {
if (this.fainted || !this.hp) return 0;
// special case for low health...
if (this.hp === 1 && this.maxhp > 45) return 1;
if (this.maxhp === 48) {
// Draw the health bar to the middle of the range.
// This affects the width of the visual health bar *only*; it
// does not affect the ranges displayed in any way.
let range = Pokemon.getPixelRange(this.hp, this.hpcolor);
let ratio = (range[0] + range[1]) / 2;
return Math.round(maxWidth * ratio) || 1;
}
let percentage = Math.ceil(100 * this.hp / this.maxhp);
if ((percentage === 100) && (this.hp < this.maxhp)) {
percentage = 99;
}
return percentage * maxWidth / 100;
}
getHPText(precision = 1) {
return Pokemon.getHPText(this, precision);
}
static getHPText(pokemon: PokemonHealth, precision = 1) {
if (pokemon.maxhp === 100) return pokemon.hp + '%';
if (pokemon.maxhp !== 48) return (100 * pokemon.hp / pokemon.maxhp).toFixed(precision) + '%';
let range = Pokemon.getPixelRange(pokemon.hp, pokemon.hpcolor);
return Pokemon.getFormattedRange(range, precision, '–');
}
destroy() {
if (this.sprite) this.sprite.destroy();
this.sprite = null!;
this.side = null!;
}
}
export class Side {
battle: Battle;
name = '';
id = '';
sideid: SideID;
n: number;
isFar: boolean;
foe: Side = null!;
ally: Side | null = null;
avatar: string = 'unknown';
rating: string = '';
totalPokemon = 6;
x = 0;
y = 0;
z = 0;
missedPokemon: Pokemon = null!;
wisher: Pokemon | null = null;
active = [null] as (Pokemon | null)[];
lastPokemon = null as Pokemon | null;
pokemon = [] as Pokemon[];
/** [effectName, levels, minDuration, maxDuration] */
sideConditions: {[id: string]: [string, number, number, number]} = {};
faintCounter = 0;
constructor(battle: Battle, n: number) {
this.battle = battle;
this.n = n;
this.sideid = ['p1', 'p2', 'p3', 'p4'][n] as SideID;
this.isFar = !!(n % 2);
}
rollTrainerSprites() {
let sprites = ['lucas', 'dawn', 'ethan', 'lyra', 'hilbert', 'hilda'];
this.avatar = sprites[Math.floor(Math.random() * sprites.length)];
}
behindx(offset: number) {
return this.x + (!this.isFar ? -1 : 1) * offset;
}
behindy(offset: number) {
return this.y + (!this.isFar ? 1 : -1) * offset;
}
leftof(offset: number) {
return (!this.isFar ? -1 : 1) * offset;
}
behind(offset: number) {
return this.z + (!this.isFar ? -1 : 1) * offset;
}
clearPokemon() {
for (const pokemon of this.pokemon) pokemon.destroy();
this.pokemon = [];
for (let i = 0; i < this.active.length; i++) this.active[i] = null;
this.lastPokemon = null;
}
reset() {
this.clearPokemon();
this.sideConditions = {};
this.faintCounter = 0;
}
setAvatar(avatar: string) {
this.avatar = avatar;
}
setName(name: string, avatar?: string) {
if (name) this.name = name;
this.id = toID(this.name);
if (avatar) {
this.setAvatar(avatar);
} else {
this.rollTrainerSprites();
if (this.foe && this.avatar === this.foe.avatar) this.rollTrainerSprites();
}
}
addSideCondition(effect: Effect, persist: boolean) {
let condition = effect.id;
if (this.sideConditions[condition]) {
if (condition === 'spikes' || condition === 'toxicspikes') {
this.sideConditions[condition][1]++;
}
this.battle.scene.addSideCondition(this.n, condition);
return;
}
// Side conditions work as: [effectName, levels, minDuration, maxDuration]
switch (condition) {
case 'auroraveil':
this.sideConditions[condition] = [effect.name, 1, 5, 8];
break;
case 'reflect':
this.sideConditions[condition] = [effect.name, 1, 5, this.battle.gen >= 4 ? 8 : 0];
break;
case 'safeguard':
this.sideConditions[condition] = [effect.name, 1, persist ? 7 : 5, 0];
break;
case 'lightscreen':
this.sideConditions[condition] = [effect.name, 1, 5, this.battle.gen >= 4 ? 8 : 0];
break;
case 'mist':
this.sideConditions[condition] = [effect.name, 1, 5, 0];
break;
case 'tailwind':
this.sideConditions[condition] = [effect.name, 1, this.battle.gen >= 5 ? persist ? 6 : 4 : persist ? 5 : 3, 0];
break;
case 'luckychant':
this.sideConditions[condition] = [effect.name, 1, 5, 0];
break;
case 'stealthrock':
case 'spikes':
case 'toxicspikes':
case 'stickyweb':
this.sideConditions[condition] = [effect.name, 1, 0, 0];
break;
case 'gmaxwildfire':
case 'gmaxvolcalith':
case 'gmaxvinelash':
case 'gmaxcannonade':
this.sideConditions[condition] = [effect.name, 1, 4, 0];
break;
case 'grasspledge':
this.sideConditions[condition] = ['Swamp', 1, 4, 0];
break;
case 'waterpledge':
this.sideConditions[condition] = ['Rainbow', 1, 4, 0];
break;
case 'firepledge':
this.sideConditions[condition] = ['Sea of Fire', 1, 4, 0];
break;
default:
this.sideConditions[condition] = [effect.name, 1, 0, 0];
break;
}
this.battle.scene.addSideCondition(this.n, condition);
}
removeSideCondition(condition: string) {
const id = toID(condition);
if (!this.sideConditions[id]) return;
delete this.sideConditions[id];
this.battle.scene.removeSideCondition(this.n, id);
}
addPokemon(name: string, ident: string, details: string, replaceSlot = -1) {
const oldItem = replaceSlot >= 0 ? this.pokemon[replaceSlot].item : undefined;
const data = this.battle.parseDetails(name, ident, details);
const poke = new Pokemon(data, this);
if (oldItem) poke.item = oldItem;
if (!poke.ability && poke.baseAbility) poke.ability = poke.baseAbility;
poke.reset();
if (replaceSlot >= 0) {
this.pokemon[replaceSlot] = poke;
} else {
this.pokemon.push(poke);
}
if (this.pokemon.length > this.totalPokemon || this.battle.speciesClause) {
// check for Illusion
let existingTable: {[searchid: string]: number} = {};
let toRemove = -1;
for (let poke1i = 0; poke1i < this.pokemon.length; poke1i++) {
let poke1 = this.pokemon[poke1i];
if (!poke1.searchid) continue;
if (poke1.searchid in existingTable) {
let poke2i = existingTable[poke1.searchid];
let poke2 = this.pokemon[poke2i];
if (poke === poke1) {
toRemove = poke2i;
} else if (poke === poke2) {
toRemove = poke1i;
} else if (this.active.indexOf(poke1) >= 0) {
toRemove = poke2i;
} else if (this.active.indexOf(poke2) >= 0) {
toRemove = poke1i;
} else if (poke1.fainted && !poke2.fainted) {
toRemove = poke2i;
} else {
toRemove = poke1i;
}
break;
}
existingTable[poke1.searchid] = poke1i;
}
if (toRemove >= 0) {
if (this.pokemon[toRemove].fainted) {
// A fainted Pokemon was actually a Zoroark
let illusionFound = null;
for (const curPoke of this.pokemon) {
if (curPoke === poke) continue;
if (curPoke.fainted) continue;
if (this.active.indexOf(curPoke) >= 0) continue;
if (curPoke.speciesForme === 'Zoroark' || curPoke.speciesForme === 'Zorua' || curPoke.ability === 'Illusion') {
illusionFound = curPoke;
break;
}
}
if (!illusionFound) {
// This is Hackmons; we'll just guess a random unfainted Pokemon.
// This will keep the fainted Pokemon count correct, and will
// eventually become correct as incorrect guesses are switched in
// and reguessed.
for (const curPoke of this.pokemon) {
if (curPoke === poke) continue;
if (curPoke.fainted) continue;
if (this.active.indexOf(curPoke) >= 0) continue;
illusionFound = curPoke;
break;
}
}
if (illusionFound) {
illusionFound.fainted = true;
illusionFound.hp = 0;
illusionFound.status = '';
}
}
this.pokemon.splice(toRemove, 1);
}
}
this.battle.scene.updateSidebar(this);
return poke;
}
switchIn(pokemon: Pokemon, kwArgs: KWArgs, slot = pokemon.slot) {
this.active[slot] = pokemon;
pokemon.slot = slot;
pokemon.clearVolatile();
pokemon.lastMove = '';
this.battle.lastMove = 'switch-in';
const effect = Dex.getEffect(kwArgs.from);
if (['batonpass', 'zbatonpass', 'shedtail'].includes(effect.id)) {
pokemon.copyVolatileFrom(this.lastPokemon!, effect.id === 'shedtail' ? 'shedtail' : false);
}
this.battle.scene.animSummon(pokemon, slot);
}
dragIn(pokemon: Pokemon, slot = pokemon.slot) {
let oldpokemon = this.active[slot];
if (oldpokemon === pokemon) return;
this.lastPokemon = oldpokemon;
if (oldpokemon) {
this.battle.scene.animDragOut(oldpokemon);
oldpokemon.clearVolatile();
}
pokemon.clearVolatile();
pokemon.lastMove = '';
this.battle.lastMove = 'switch-in';
this.active[slot] = pokemon;
pokemon.slot = slot;
this.battle.scene.animDragIn(pokemon, slot);
}
replace(pokemon: Pokemon, slot = pokemon.slot) {
let oldpokemon = this.active[slot];
if (pokemon === oldpokemon) return;
this.lastPokemon = oldpokemon;
pokemon.clearVolatile();
if (oldpokemon) {
pokemon.lastMove = oldpokemon.lastMove;
pokemon.hp = oldpokemon.hp;
pokemon.maxhp = oldpokemon.maxhp;
pokemon.hpcolor = oldpokemon.hpcolor;
pokemon.status = oldpokemon.status;
pokemon.copyVolatileFrom(oldpokemon, true);
pokemon.statusData = {...oldpokemon.statusData};
if (oldpokemon.terastallized) {
pokemon.terastallized = oldpokemon.terastallized;
pokemon.teraType = oldpokemon.terastallized;
oldpokemon.terastallized = '';
oldpokemon.teraType = '';
}
// we don't know anything about the illusioned pokemon except that it's not fainted
// technically we also know its status but only at the end of the turn, not here
oldpokemon.fainted = false;
oldpokemon.hp = oldpokemon.maxhp;
oldpokemon.status = '???';
}
this.active[slot] = pokemon;
pokemon.slot = slot;
if (oldpokemon) {
this.battle.scene.animUnsummon(oldpokemon, true);
}
this.battle.scene.animSummon(pokemon, slot, true);
}
switchOut(pokemon: Pokemon, kwArgs: KWArgs, slot = pokemon.slot) {
const effect = Dex.getEffect(kwArgs.from);
if (!['batonpass', 'zbatonpass', 'shedtail'].includes(effect.id)) {
pokemon.clearVolatile();
} else {
pokemon.removeVolatile('transform' as ID);
pokemon.removeVolatile('formechange' as ID);
}
if (!['batonpass', 'zbatonpass', 'shedtail', 'teleport'].includes(effect.id)) {
this.battle.log(['switchout', pokemon.ident], {from: effect.id});
}
pokemon.statusData.toxicTurns = 0;
if (this.battle.gen === 5) pokemon.statusData.sleepTurns = 0;
this.lastPokemon = pokemon;
this.active[slot] = null;
this.battle.scene.animUnsummon(pokemon);
}
swapTo(pokemon: Pokemon, slot: number) {
if (pokemon.slot === slot) return;
let target = this.active[slot];
let oslot = pokemon.slot;
pokemon.slot = slot;
if (target) target.slot = oslot;
this.active[slot] = pokemon;
this.active[oslot] = target;
this.battle.scene.animUnsummon(pokemon, true);
if (target) this.battle.scene.animUnsummon(target, true);
this.battle.scene.animSummon(pokemon, slot, true);
if (target) this.battle.scene.animSummon(target, oslot, true);
}
swapWith(pokemon: Pokemon, target: Pokemon, kwArgs: KWArgs) {
// method provided for backwards compatibility only
if (pokemon === target) return;
let oslot = pokemon.slot;
let nslot = target.slot;
pokemon.slot = nslot;
target.slot = oslot;
this.active[nslot] = pokemon;
this.active[oslot] = target;
this.battle.scene.animUnsummon(pokemon, true);
this.battle.scene.animUnsummon(target, true);
this.battle.scene.animSummon(pokemon, nslot, true);
this.battle.scene.animSummon(target, oslot, true);
}
faint(pokemon: Pokemon, slot = pokemon.slot) {
pokemon.clearVolatile();
this.lastPokemon = pokemon;
this.active[slot] = null;
pokemon.fainted = true;
pokemon.hp = 0;
pokemon.terastallized = '';
pokemon.details = pokemon.details.replace(/, tera:[a-z]+/i, '');
pokemon.searchid = pokemon.searchid.replace(/, tera:[a-z]+/i, '');
if (pokemon.side.faintCounter < 100) pokemon.side.faintCounter++;
this.battle.scene.animFaint(pokemon);
}
destroy() {
this.clearPokemon();
this.battle = null!;
this.foe = null!;
}
}
export interface PokemonDetails {
details: string;
name: string;
speciesForme: string;
level: number;
shiny: boolean;
gender: GenderName | '';
ident: string;
terastallized: string;
searchid: string;
}
export interface PokemonHealth {
hp: number;
maxhp: number;
hpcolor: HPColor | '';
status: StatusName | 'tox' | '' | '???';
fainted?: boolean;
}
export interface ServerPokemon extends PokemonDetails, PokemonHealth {
ident: string;
details: string;
condition: string;
active: boolean;
/** unboosted stats */
stats: {
atk: number,
def: number,
spa: number,
spd: number,
spe: number,
};
/** currently an ID, will revise to name */
moves: string[];
/** currently an ID, will revise to name */
baseAbility: string;
/** currently an ID, will revise to name */
ability?: string;
/** currently an ID, will revise to name */
item: string;
/** currently an ID, will revise to name */
pokeball: string;