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import {Phase} from "./phase";
import {Player} from "./player";
import {Role} from "./role";
import {Action} from "./action";
import {Chat} from "./chat";
/**
* Represents the state of a game, including the players in it, roles, phases, etc.
* The game setup is passed on the constructor. It then internally
* assigns roles to the players and starts in day 1 with the voting phase.
*
* The method advance() simulates the actions of all players for the day, and
* advances the state to the next phase.
*
* After each advance, the new state can be accessed through getters.
*/
export class Game {
private _phase: Phase = Phase.SIGN_UP;
private _players: Player[] = [];
private _winner?: Team;
private _day = 0;
private _initialRoleCounts;
constructor(
totalPlayers: number,
roleCounts: {role: Role, count: number}[],
){
this._initialRoleCounts = roleCounts;
const roles: Role[] = [];
for (const {role, count} of roleCounts) {
roles.push(...Array(count).fill(role));
}
for (let i = 0; i<totalPlayers; i++) {
const role = roles[i] || Role.VILLAGER;
this._players.push(new Player(role));
}
this.teamUp(this._players.filter(p => p.team == Team.WOLVES));
this.teamUp(this._players.filter(p => p.role == Role.GUARD));
this.seerEachother(this._players.filter(p => p.role == Role.MASON));
}
/**
* Returns a new game that uses the same setup as this one
* @deprecated in favor of the constructor
*/
clone(): Game {
return new Game(this.players, this._initialRoleCounts);
}
/** Adds players to a group chat so they can coordinate */
private teamUp(players: Player[]) {
const chat = new Chat();
for (const player of players) {
player.friends(players);
player.chat(chat);
}
}
/** Reveals roles to eachother */
private seerEachother(players: Player[]) {
for (const player of players) {
player.friends(players);
}
}
/** @readonly The initial number of players */
get players(): number {
return this._players.length;
}
/** The number of players with a certain role */
roleCount(role: Role): number {
return this._players
.filter(p => p.role == role)
.length;
}
/** The number of players in a team */
teamCount(team : Team): number {
return this._players
.filter(p => p.team == team)
.length;
}
/** @readonly Indicates if villagers have special roles */
get hasSpecialVillagers(): boolean {
return this._players
.filter(p => p.team == Team.VILLAGE && p.role != Role.VILLAGER)
.length > 0;
}
/** Advances the game to the next phase, simulating all actions from players */
advance() {
const playersAlive = this._players.filter(p => p.alive);
this._phase = this._phase == Phase.DAY ? Phase.NIGHT : Phase.DAY;
if (this._phase == Phase.DAY) this._day++;
const tallies = new Map<Action, Map<Player, number>>();
for (const player of playersAlive) {
const actions = player.act(this._phase, playersAlive);
for (const [action,target] of actions) {
const tallyForAction = tallies.get(action) || new Map<Player, number>();
const count = tallyForAction.get(target) || 0;
tallyForAction.set(target, count + 1);
tallies.set(action, tallyForAction);
if (action == Action.SCOUT) {
player.scoutResult(target, this.nightActivity(target.role));
}
}
}
const guarded: Player[] = [];
const attacked: Player[] = [];
const hanged: Player[] = [];
const healed: Player[] = [];
for (const [action, tally] of tallies) {
const target = this.tieBreak(tally);
if (target) {
if (action == Action.GUARD) {
guarded.push(target);
}
if (action == Action.ATTACK) {
attacked.push(target);
}
if (action == Action.VOTE) {
hanged.push(target);
}
}
if (action == Action.HEAL) {
healed.push(...tally.keys());
}
}
for (const player of hanged) {
player.die();
}
for (const player of attacked) {
if (guarded.includes(player)) {
const wolves = this._players.filter(p => p.team == Team.WOLVES);
const guards = this._players.filter(p => p.role == Role.GUARD);
const deadWolf = wolves[Math.floor(Math.random() * wolves.length)];
const guard = guards[Math.floor(Math.random() * guards.length)];
if (healed.includes(guard)) {
this.revealGood(guard);
} else {
guard.die();
}
deadWolf.die();
this.revealGood(player);
} else {
if (healed.includes(player)) {
this.revealGood(player);
} else if (player.role == Role.LYCAN) {
player.role = Role.WEREWOLF;
const wolves = this._players.filter(p => p.team == Team.WOLVES);
this.teamUp(wolves);
} else {
player.die();
}
}
}
this.updateWinCondition();
}
/** Lets all good players know that this player is good */
private revealGood(player: Player) {
this._players
.filter(p => p.team == Team.VILLAGE)
.forEach(p => p.friends([player]));
}
/** Determines which player is the target after votes have been casted */
private tieBreak(tally: Map<Player,number>): Player|null {
let highestScorePlayers: Player[] = [];
let highestScore = -Infinity;
for (const [player, score] of tally.entries()) {
if (score > highestScore) {
highestScore = score;
highestScorePlayers = [player];
} else if (score === highestScore) {
highestScorePlayers.push(player);
}
}
if (highestScorePlayers.length === 0) {
return null;
} else if (highestScorePlayers.length === 1) {
return highestScorePlayers[0];
} else {
const randomIndex = Math.floor(Math.random() * highestScorePlayers.length);
return highestScorePlayers[randomIndex];
}
}
/** Verifies if one of the teams has won the game */
private updateWinCondition() {
const alive = this._players.filter(p => p.alive);
const evilCount = alive.filter(p => p.team == Team.WOLVES).length;
const goodCount = alive.length - evilCount;
if (evilCount == 0) {
this._winner = Team.VILLAGE;
} else if (evilCount >= goodCount) {
this._winner = Team.WOLVES;
}
}
/** @readonly Indicates that the game has ended */
get ended():boolean {
return this._winner !== undefined;
}
/** @readonly Returns the team that won, if any */
get winner(): Team|undefined {
return this._winner;
}
/** @readonly The number of days that passed (minimum 1) */
get days(): number {
return this._day;
}
/** @readonly The list of roles in a team, with duplicates */
get roles(): Role[] {
return this._players.map(player => player.role);
}
/** Determines if a role has night activity */
nightActivity(role: Role) {
return role == Role.WEREWOLF || role == Role.GUARD || role == Role.HEALER || role == Role.SCOUT;
}
}
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